Nummerplade API

Bearer Token

Authenticate the request by setting the bearer token in a header of your request.


                    curl 'https://api.nrpla.de/[ENDPOINT]' -H 'Authorization: Bearer YourApiToken'

Query String

Authenticate the request by sending your API token as a query string parameter.


                    curl 'https://api.nrpla.de/[ENDPOINT]?api_token=[API_TOKEN]'

Import Collection

Import all endpoints to Postman below. Define your API token as the variable API_TOKEN.

Vehicle Information

By registration

Get vehicle data by passing a registration number (license plate).

https://api.nrpla.de/[REGISTRATION]

Add the advanced query parameter to get additional data in the response (addon)

https://api.nrpla.de/[REGISTRATION]?advanced=1

By VIN

Get vehicle data by passing a VIN (Vehicle Identification Number/Chassis Number).

https://api.nrpla.de/vin/[VIN]

Add the advanced query parameter to get additional data in the response (addon)

https://api.nrpla.de/vin/[VIN]?advanced=1

Response Data

Attribute	Type	Description
registration	string	The license plate registration
vin	string	Vehicle Identification Number
vin_location	string	Location of the VIN on the vehicle
type	string	Registration type. Eg. Personbil, Traktor
brand	string	The vehicle brand
model	string	The model of the vehicle
version	string	Eg. 1,9 TDI
type_name	string	Used to distinguish differences in variants
fuel_type	string	The fuel type eg. Benzin
registration_status	string	The status of the registration. AdministrativOprettelse Afmeldt DelvistOprettet Eksporteret HarGennemførtRegistreringssyn Oprettet Registreret Skrottet Slettet UnderOprettelse
registration_status_updated_date	string (yyyy-mm-dd)	The date of the last change of the registration status
first_registration_date	string (yyyy-mm-dd)	The registration date of the vehicle
expire_date	string (yyyy-mm-dd)	The date the registration expired
status_updated_date	string (yyyy-mm-dd)	The date of the last update to the registration
model_year	integer	The year of the vehicle model
total_weight	integer	Total weight in kg
vehicle_weight	integer	Weight in kg
technical_total_weight	integer	Technical total weight in kg
coupling	boolean	If the vehicle has a coupling for towing equipped
towing_weight	integer	Towing weight in kg
towing_weight_brakes	integer	Towing weight with trailer brakes in kg
minimum_weight	integer	Minimum vehicle weight
gross_combination_weight	integer	Gross combination weight (Vogntogsvægt)
engine_power	integer	Engine Power in kilowatts
fuel_efficiency	number	Fuel effeciency in km/l
engine_displacement	integer	Engine displacement in ccm
engine_cylinders	integer	Amount of cylinders in the engine
engine_code	string	Engine code
category	string	Vehicle category
last_inspection_date	string	The date the vehicle was last inspected
last_inspection_result	string	Result of the latest inspection. Godkendt IkkeFuldstaendigtSyn IkkeGodkendt IkkeGodkendtKanGenfremstilles KanGodkendesVedOmsynAfOmsynsvirksomhed KanGodkendesVedOmsynAfSynsvirksomhed
last_inspection_odometer	integer	Reading of the odometer from the last inspection in km
type_approval_code	string	EF type approval code for the vehicle
top_speed	integer	Top speed in km/t
doors	integer	The amount of doors on the vehicle
minimum_seats	integer	Minimum amount of seats in the vehicle
maximum_seats	integer	Maximum amount of seats in the vehicle
wheels	string	Description of the wheels on the vehicle
extra_equipment	string	Eg. 16" aluminiumsfælge, Cruise control
axles	string	Amount of axles on the vehicle
drive_axles	string	The axles that has drive from the engine
wheelbase	integer	Distance between front and rear axles in mm
leasing_period_start	string (yyyy-mm-dd)	Start of the leasing period if the vehicle is leased
leasing_period_end	string (yyyy-mm-dd)	End of the leasing period if the vehicle is leased
vehicle_id	integer	The internal identifier for the registration. Used as a unique identifier as vin numbers are not unique
use	object {id, name}	The use type of the vehicle eg. Privat personkørsel Reference
color	object {id, name}	The color of the vehicle Reference
body_type	object {id, name}	The body type of the vehicle Reference
Advanced (Addon)
dispensations	array [{id, name}]	Dispensations of the vehicle eg. Konstruktive Ændringer
permits	array [{id, name}]	Permits of the vehicle eg. Udlejning Uden Fører Reference
equipment	array [{id, name, quantity}]	Installed equipment in the vehicle eg. ABS Bremser, Airbags Reference
ncap_five	boolean	Does the vehicle have a 5 NCAP rating
airbags	integer	Amount of airbags installed
integrated_child_seats	integer	Amount of integrated child seats
seat_belt_alarms	integer	Amount of seat belt alarms
euronorm	string	Name of the vehicles euronorm rating

Response Example

{
  "data": {
    "registration": "AP15244",
    "vin": "SB1EG76L50E099112",
    "type": "Personbil",
    "brand": "TOYOTA",
    "model": "AVENSIS",
    "version": "1.8 VVT-i stationcar",
    "type_name": "T27",
    "fuel_type": "Benzin",
    "registration_status": "Afmeldt",
    "registration_status_updated_date": "2015-01-16",
    "first_registration_date": "2014-07-23",
    "expire_date": "2014-10-29",
    "status_updated_date": "2014-10-29",
    "model_year": 2014,
    "total_weight": 2000,
    "vehicle_weight": 0,
    "technical_total_weight": 2000,
    "coupling": false,
    "towing_weight": 500,
    "towing_weight_brakes": 1500,
    "minimum_weight": 1485,
    "gross_combination_weight": 3500,
    "engine_power": 108,
    "fuel_efficiency": 15.2,
    "engine_displacement": 1798,
    "engine_cylinders": 4,
    "engine_code": "2ZR",
    "category": "M1",
    "last_inspection_date": null,
    "last_inspection_result": "",
    "last_inspection_odometer": 0,
    "type_approval_code": "e11*2001\/116*0331*07",
    "top_speed": 200,
    "doors": 4,
    "minimum_seats": 5,
    "maximum_seats": null,
    "wheels": "1. aksel: 215\/55R17 94W 17X7J. 2. aksel: 215\/55R17 94W 17X7J",
    "extra_equipment": "El-sideruder for, Airconditioning, 60\/40 splitbags\u00e6de, Musikanl\u00e6g med CD og 6 h\u00f8jtalere, Alu-f\u00e6lge , S\u00e6devarme, for, Tagr\u00e6ling (stationcar), Forlygtevaskere, Betjening af musikanl\u00e6g fra rattet, Centerkonsol, Elsidespejle med blinklys og varme , Emergency Brake Signal, Konsolboks, for, mp3 -og WMA-kombatibelt, 1F7 SILVER ME.",
    "axles": "2",
    "drive_axles": "1",
    "wheelbase": 2700,
    "leasing_period_start": null,
    "leasing_period_end": null,
    "vehicle_id": 9000000000861467,
    "use": {
      "id": 1,
      "name": "Privat personk\u00f8rsel"
    },
    "color": {
      "id": 3,
      "name": "Gr\u00e5"
    },
    "body_type": {
      "id": 106,
      "name": "MPV"
    },
    "dispensations": [],
    "permits": [
      {
        "id": 19,
        "name": "Udlejning Uden F\u00f8rer"
      }
    ],
    "equipment": [
      {
        "id": 506,
        "name": "ABS bremser",
        "quantity": 1
      },
      {
        "id": 9901,
        "name": "Airbags",
        "quantity": 6
      },
      {
        "id": 717,
        "name": "ESP (Elektronisk Stabiliserings Program)",
        "quantity": 1
      },
      {
        "id": 999,
        "name": "Integreret barnes\u00e6de",
        "quantity": 0
      },
      {
        "id": 6029,
        "name": "Radio",
        "quantity": 1
      },
      {
        "id": 6028,
        "name": "Selealarm",
        "quantity": 3
      }
    ],
    "ncap_five": true,
    "airbags": 6,
    "integrated_child_seats": 0,
    "seat_belt_alarms": 3,
    "euronorm": "Euro V"
  }
}

Inspections

Get vehicle inspections by passing the vehicle_id from the Vehicle Information endpoint.

https://api.nrpla.de/inspections/[VEHICLE_ID]

Response Data

Attribute	Type	Description
company	string	The inspection company
cvr	integer	The CVR number of the inspection company
location	string	The address of the inspection
category	string	The inspection category
type	string	The type of inspection. Eg. Første syn, Registreringssyn
date	string (yyyy-mm-dd)	The date of the inspection
time	string	Time of the inspection hh:mm
odometer	integer	The odometer reading at the time of the inspection in km
result	string	The inspection result. Eg. Godkendt, omsyn
reinspection_date	string (yyyy-mm-dd)	The latest day for a reinspection if the inspection failed
service_message	string	Message from the inspection
car_brand	string	Brand of the vehicle
car_model	string	Model of the vehicle
car_type	string	The vehicle type
car_registration	string	The license plate registration at the time of the inspection
car_vin	string	Vehicle Identification Number
errors	array [{code, decription}]	List of errors found on the vehicle

Response Example

{
  "data": [
    {
      "company": "Bilsyn Plus ApS",
      "cvr": 25376668,
      "location": "Kalundborgvej  24540 Fårevejle",
      "category": "Periodisk syn",
      "type": "Første syn",
      "date": "24-11-2016",
      "time": "11:03",
      "odometer": 79000,
      "result": "Betinget",
      "reinspection_date": "",
      "service_message": "",
      "car_brand": "CHEVROLET",
      "car_model": "AVEO",
      "car_type": "M1-Personbil <= 3500 kg",
      "car_registration": "ZS23898",
      "car_vin": "KL1SF48WJ9B368112",
      "errors": [
        {
          "code": 6,
          "description": "tågelygte, fejljusteret, højre"
        }
      ]
    }
  ]
}

DMR Data

Get vehicle DMR information from the Vehicle Information endpoint.

By vehicle ID

https://api.nrpla.de/dmr/[VEHICLE_ID]

By registration

https://api.nrpla.de/dmr/registration/[REGISTRATION]

By VIN

https://api.nrpla.de/dmr/vin/[VIN]

Response Data

Attribute	Type	Description
type_approval_code	string	Type approval code for the vehicle
automatic	boolean	Does the vehicle have an automatic transmission
euronorm	string	Name of the vehicles euronorm rating
insurance_company	string	The company where the vehicle is insured
insurance_policy_number	string	The insurance policy number
insurance_status	string	The status of the insurance. Eg. Aktiv
insurance_created	string	The date the insurance policy was created dd-mm-yyyy
calculated_tax	object {current_total, details}	Calculated tax information (all fees are paid every six months)
taxes	object {history, info}	Tax information (Currently not available)
next_inspection_date	string (dd-mm-yyyy)	Next inspection date
Extended (Addon)
plugin_hybrid	boolean	If the vehicle is a plug-in hybrid
electric_consumption	string	Electric consumption for EVs in Wh/km
electric_range	string	Electric range for EVs in km
battery_capacity	string	Battery capacity for EVs in kWh
electric_consumption_measured	string	Measured electric consumption for EVs in Wh/km
norm	string	The norm in which the efficiency is measured (NEDC, NEDC2, WLTP)

Response Example

{
    "data": {
        "type_approval_code": null,
        "automatic": false,
        "insurance_company": "TRYG FORSIKRING A/S",
        "insurance_policy_number": "N/A",
        "insurance_status": "Aktiv",
        "insurance_created": "04-04-2019",
        "calculated_tax": {
            "current_total": 340,
            "details": {
                "2021": {
                    "fee": 330
                },
                "2022": {
                    "fee": 340
                },
                "2023": {
                    "fee": 370
                },
                "2024": {
                    "fee": 390
                },
                "2025": {
                    "fee": 420
                },
                "2026": {
                    "fee": 460
                }
            }
        },
        "taxes": {
            "history": [],
            "info": []
        },
        "next_inspection_date": "04-04-2023",
        "plugin_hybrid": false,
        "electric_consumption": "132,2314",
        "electric_range": "677.6",
        "battery_capacity": "89.59999",
        "electric_consumption_measured": null,
        "norm": null
    }
}

Tinglysning (Debt)

Get registered vehicle debt by passing the vehicle_id from the Vehicle Information endpoint.

https://api.nrpla.de/debt/[VEHICLE_ID]

Response Data

Attribute	Type	Description
no_debt	boolean	Is no debt registered on the vehicle
date_number	string	A combined number used by Tinglysning
amount	integer	The principal amount of the debt
debtors	array [{name, cpr}]	The debtors of the loan
creditors	array [{cvr, name}]	The creditors of the loan

Response Example

{
  "data": {
    "no_debt": false,
    "date_number": "2015-12-11T14:46:17.020+01:00",
    "amount": 533309,
    "debtors": [
      {
        "cpr": "1952-03-21",
        "name": "Hans Hansen"
      }
    ],
    "creditors": [
      {
        "cvr": 10157676,
        "name": "JYSKE FINANS A/S"
      }
    ]
  }
}

Tinglysning (Detailed)

Get detailed information from Tinglysning.

https://api.nrpla.de/tinglysning/[VIN]

Response Data

Attribute	Type	Description
vehicle	Vehicle	Vehicle information
liabilities	array[Liability]	An array of liabilities registered to the vehicle
notices	array[Notice]	An array of notices

Vehicle

Attribute	Type	Description
brand	string	Vehicle brand
model	string	Vehicle model
variant	string	Vehicle variant
registration	string	Vehicle registration (license plate)
firstRegistrationYear	int	First registration year of the vehicle

Liability

Attribute	Type	Description
alias	string	Document Identifier
date	string	Document date in ISO 8601 format
priority	int	Priority number
type	string
amount	int
currency	string
percentage	float
creditors	array[Entity]
debtors	array[Entity]
fuldmagt	array[Entity]
underpant	array[Underpant]
vehicle	Vehicle

Entity

Attribute	Type	Description
type	string	Company/Person
name	string
cvr	int	Only present if type = Company
dateOfBirth	string (yyyy-mm-dd)	Only present if type = Person

Underpant

Attribute	Type	Description
alias	string	Document Identifier
priority	int	Priority number
amount	int
currency	string
owners	array[Entity]

Notice

Attribute	Type	Description
alias	string	Document Identifier
date	string	Document date in ISO 8601 format
priority	int	Priority number
type	string
disponents	array[Entity]
debtors	array[Entity]
vehicle	Vehicle

Response Example

{
    "vehicle": {
        "brand": "TESLA",
        "model": "Model 3",
        "variant": "E5D",
        "registration": "BC28686",
        "firstRegistrationYear": 2021
    },
    "liabilities": [
        {
            "alias": "20220422-1013229185",
            "date": "2022-04-22T10:59:54.877+02:00",
            "priority": 1,
            "type": "ejendomsforbehold",
            "amount": 174000,
            "currency": "DKK",
            "percentage": null,
            "creditors": [
                {
                    "type": "Company",
                    "name": "SANTANDER CONSUMER BANK, FILIAL AF SANTANDER CONSUMER BANK AS, NORGE",
                    "cvr": "30733053"
                }
            ],
            "debtors": [
                {
                    "type": "Person",
                    "name": "Hans Hansen",
                    "dateOfBirth": "1977-02-13"
                }
            ],
            "fuldmagt": [],
            "underpant": [],
            "vehicle": {
                "brand": "Tesla",
                "model": "Model 3",
                "variant": "",
                "registration": "BC28686",
                "firstRegistrationYear": 2021
            }
        }
    ],
    "notices": []
}

Emissions

Get vehicle emissions by passing either the registration number or the VIN as the input.

https://api.nrpla.de/emissions/[INPUT]

Response Data

Attribute	Type	Description
norm	string	The norm in which the co2 emission is measured (NEDC, NEDC-2, WLTP)
co2	float	CO2 (g/km)
co	float	CO (g/km)
hc_nox	float	HC+NOX (g/km)
nox	float	NOX (g/km)
particles	float	Particles (g/km)
smoke_density	float	Smoke density (m-l)
particle_filter	boolean	Particle filter
smoke_density_rpm	integer	Smoke density at (rpm)

Response Example

{
  "data": {
    "norm": "WLTP",
    "co2": 197,
    "co": 248.9,
    "hc_nox": 0,
    "nox": 8.7,
    "particles": 2.28,
    "smoke_density": 0,
    "particle_filter": false,
    "smoke_density_rpm": 0
  }
}

Evaluations (DMR)

Get vehicle evaluations by passing either the registration number or the VIN as the input.

https://api.nrpla.de/evaluations/[INPUT]

Response Data

Attribute	Type	Description
date	string (yyyy-mm-dd)	The evaluation date
retail_price	integer	Retail price of the vehicle
trading_price	integer	Trading price of the vehicle
evaluation	integer	Evaluated value of the vehicle
registration_tax	integer	The calculated registration tax

Response Example

{
  "data": [
    {
      "date": "2019-08-15",
      "retail_price": 4800000,
      "trading_price": 1560000,
      "evaluation": 631201,
      "registration_tax": 928799
    },
    {
      "date": "2018-08-13",
      "retail_price": 4800000,
      "trading_price": 1825000,
      "evaluation": 738009,
      "registration_tax": 1086991
    }
  ]
}

Body Types

Get a list of possible vehicle body types.

https://api.nrpla.de/body-types

Response Data

Attribute	Type	Description
id	integer	Body Type ID
name	string	Body Type name

Response Example

[
    {
        "id": 101,
        "name": "Stationcar"
    },
    {
        "id": 102,
        "name": "Coupe"
    },
    ...
]

Colors

Get a list of possible vehicle colors.

https://api.nrpla.de/colors

Response Data

Attribute	Type	Description
id	integer	Color ID
name	string	Color name

Response Example

[
    {
        "id": 1,
        "name": "Ukendt"
    },
    {
        "id": 2,
        "name": "Hvid"
    },
    ...
]

Equipment

Get a list of possible vehicle equipment.

https://api.nrpla.de/equipment

Response Data

Attribute	Type	Description
id	integer	Equipment ID
name	string	Equipment name

Response Example

[
    {
        "id": 401,
        "name": "Ratbetjent gear"
    },
    {
        "id": 402,
        "name": "opvarmet rat/styr"
    },
    ...
]

Fuel Types

Get a list of possible vehicle fuel types.

https://api.nrpla.de/fuel-types

Response Data

Attribute	Type	Description
name	string	Fuel type name

Response Example

[
    {
        "name": "Diesel"
    },
    {
        "name": "Benzin"
    },
    ...
]

Permits

Get a list of possible vehicle permits.

https://api.nrpla.de/permits

Response Data

Attribute	Type	Description
id	integer	Permit ID
name	string	Permit name

Response Example

[
    {
        "id": 1,
        "name": "Synsfri Sammenkobling"
    },
    {
        "id": 2,
        "name": "Variabel Kombination"
    },
    ...
]

Types

Get a list of possible vehicle types.

https://api.nrpla.de/types

Response Data

Attribute	Type	Description
id	integer	Type ID
name	string	Type name

Response Example

[
    {
        "id": 1,
        "name": "Personbil"
    },
    {
        "id": 2,
        "name": "Stor personbil"
    },
    ...
]

Vehicle Uses

Get a list of possible vehicle uses.

https://api.nrpla.de/uses

Response Data

Attribute	Type	Description
id	integer	Use ID
name	string	Use name

Response Example

[
    {
        "id": 0,
        "name": "Privat personkørsel"
    },
    {
        "id": 20,
        "name": "Godstransport"
    },
    ...
]

Vehicle Information

By registration

Get vehicle data by passing a registration number (license plate).

https://api.nrpla.de/no/registration/[REGISTRATION]

By VIN

Get vehicle data by passing a VIN (Vehicle Identification Number/Chassis Number).

https://api.nrpla.de/no/vin/[VIN]

Response Data

Attribute	Type	Description
registration_number	string	The license plate registration
vin	string	Vehicle Identification Number
first_registration_year	integer	The registration year of the vehicle
first_registration_date	string	The registration date of the vehicle
imported	integer	Is the vehicle imported
deregistration_date	string (yyyy-mm-dd)	Expiration date of the vehicle
color	string	The vehicle color
last_inspection_date	string (yyyy-mm-dd)	Last inspection date
next_inspection_date	string (yyyy-mm-dd)	Next inspection date
last_registration_date	string (yyyy-mm-dd)	The last date the vehicle was registered
first_registration_month_day	string (mmdd)	The month and day of the first registration
eu_type_approval	string	EU Type Approval code
make_id	integer	Id of the make
make_name	string	Vehicle make
model	string	Vehicle model
type	string	Vehicle type
group_id	integer	Vehicle group id
body	string	Body type of vehicle
engine_output	integer	Engine output, unit determined by output_units (last two digits are decimals)
swept_volume	integer	Engine displacement in ccm
fuel	integer	Fuel type id
length	integer	Vehicle length in cm
width	integer	Vehicle width in cm
std_tires_front	string	Standard front tires
std_tires_rear	string	Standard rear tires
std_wheels_front	string	Standard front wheel size
std_wheels_rear	string	Standard rear wheel size
min_li_front	integer	Minimum front load index
min_li_rear	integer	Minimum rear load index
min_speed_front	string	Minimum front speed rating
min_speed_rear	string	Minimum rear speed rating
min_offset_front	integer	Minimum front offset
min_offset_rear	integer	Minimum rear offset
max_track_front	string
max_track_rear	string
engine_number	string	Engine code
gearbox	string	Gearbox type
reading_dba	integer	Measured noise in dB(A)
rpm	integer	Rpm at which the noise was measured
total_weight	integer	Total vehicle weight
unladen_weight	integer	Unladen vehicle weight
permitted_front_axle_load	integer	Max front axle load
permitted_rear_axle_load	integer	Max rear axle load
version	string
valid_from_chassis_number	string	Valid VIN mask
driving_wheels	string	Driving axles
vehicle_registration_certificate_comments	string	Comments on registration certificate
identify_comments	string
number_of_axles	integer	Number of axles
number_of_driven_axles	integer	Number of drive axles
trailer_with_brakes_weight	integer	Trailer with brakes weight
trailer_without_brakes_weight	integer	Trailer without brakes weight
length_to_tow_bar	integer
max_tow_bar_load	integer	Max weight in tow bar
max_roof_load	integer	Max roof load
total_train_weight	integer	Total train weight
output_units	integer	Output unit (1 = KW, 2 = HK)
co2_release	integer	CO2 release in grams
total_number_of_seats	integer	Seats
factory_fitted_particle_filter	integer	Particle filter fitted from factory (1 = no, 2 = yes, 0 = unspecified)

Response Example

{
  "registration_number": "DN88050",
  "vin": "WAUZZZ8K0DA039868",
  "first_registration_year": 2012,
  "first_registration_date": "2012-04-10",
  "imported": 0,
  "deregistration_date": null,
  "color": "SVART",
  "last_inspection_date": "2018-09-20",
  "next_inspection_date": "2020-10-31",
  "last_registration_date": "2016-11-14",
  "first_registration_month_day": "0410",
  "eu_type_approval": "e1*2001\/116*0430*24",
  "make_id": 1230,
  "make_name": "AUDI",
  "model": "A4 AVANT",
  "type": "B8",
  "group_id": 101,
  "body": "STASJONSVOGN",
  "engine_output": 12500,
  "swept_volume": 1798,
  "fuel": 1,
  "length": 470,
  "width": 183,
  "std_tires_front": "205\/60R16",
  "std_tires_rear": "205\/60R16",
  "std_wheels_front": "7JX16",
  "std_wheels_rear": "7JX16",
  "min_li_front": "89",
  "min_li_rear": "89",
  "min_speed_front": "W",
  "min_speed_rear": "",
  "min_offset_front": 39,
  "min_offset_rear": 39,
  "max_track_front": "1566",
  "max_track_rear": "1554",
  "engine_number": "CJE",
  "gearbox": "AUTOMAT",
  "reading_dba": 72,
  "rpm": 3750,
  "total_weight": 2100,
  "unladen_weight": 1530,
  "permitted_front_axle_load": 1065,
  "permitted_rear_axle_load": 1140,
  "variant": "ACJEBF1",
  "version": "FAVAW010RB8K1S57MGEM1",
  "valid_from_chassis_number": "??????8??????????",
  "driving_wheels": "",
  "vehicle_registration_certificate_comments": "EGENVEKT OG NYTTELAST ER VEILEDENDE-AVHENGIG AV UTSTYRSNIV\u00c5",
  "identify_comments": "",
  "number_of_axles": 2,
  "number_of_driven_axles": 1,
  "trailer_with_brakes_weight": 1500,
  "trailer_without_brakes_weight": 750,
  "length_to_tow_bar": 0,
  "max_tow_bar_load": 80,
  "max_roof_load": 0,
  "total_train_weight": 3670,
  "output_units": 1,
  "co2_release": 139,
  "total_number_of_seats": 5,
  "factory_fitted_particle_filter": 0,
}

Vehicle Information

By registration

Get vehicle data by passing a registration number (license plate).

https://api.nrpla.de/se/registration/[REGISTRATION]

By VIN

Get vehicle data by passing a VIN (Vehicle Identification Number/Chassis Number).

https://api.nrpla.de/se/vin/[VIN]

Response Data

Attribute	Type	Description
registration	string	The license plate registration
license_plate	string	The license plate registration (alias)
vin	string	Vehicle Identification Number
brand	string	Brand
model	string	Brand and type
model2	string	Model
variant	string	Variant
version	string	Version
first_registration_date	string (yyyy-mm-dd)	The registration date of the vehicle
fuel_type_id	integer	Fuel type ID. Fuel types
fuel_type_name	string	Fuel type. Fuel types
fuel_type	integer	Deprecated — use `fuel_type_id`
fuel_type_1_id	integer	First fuel type ID. Fuel types
fuel_type_1_name	string	First fuel type. Fuel types
fuel_type_2_id	integer	Second fuel type ID. Fuel types
fuel_type_2_name	string	Second fuel type. Fuel types
fuel_type_3_id	integer	Third fuel type ID. Fuel types
fuel_type_3_name	string	Third fuel type. Fuel types
engine_1_power	integer	Power of the first engine in kW
engine_2_power	integer	Power of the second engine in kW
engine_3_power	integer	Power of the third engine in kW
chassis_code	string	Chassis code
chassis	string	Body type description in Swedish. Body types
chassis_en	string	Body type description in English. Body types
chassis_da	string	Body type description in Danish. Body types
factory_code	string	Factory code
registration_year	int	Registration year
production_year	int	Production year
production_month	int	Production month
model_year	int	The year of the model
color	string	The color if the vehicle
vehicle_weight	integer	Vehicle weight in kg
total_weight	integer	Total weight in kg
towing_weight	integer	Towing weight in kg
towing_weight_brakes	integer	Towing weight with brakes in kg
tank_volume	integer	Tank volume in liters
width	integer	Width in mm
length	integer	Length in mm
height	integer	Height in mm
axles	integer	Number of axles
wheelbase	integer	Wheelbase in mm
tires_front	string	Description of front tires
tires_back	string	Description of rear tires
wheels_front	string	Description of front wheels
wheels_back	string	Description of rear wheels
passengers	integer	Number of passengers
engine_volume	integer	Engine volume in ccm
rally_car	boolean	If the vehicle is registered as a rally car
hybrid	boolean	True when the vehicle has more than one fuel type and one of them is electric
next_inspection_date	string (yyyy-mm-dd)	Next inspection date
last_inspection_date	string (yyyy-mm-dd)	Last inspection date
last_inspection_odometer	integer	Odometer status at last inspection
last_inspection_result	integer	Deprecated — use `last_inspection_result_id`
last_inspection_result_id	integer	Code for last inspection result. Inspection codes
last_inspection_result_name	string	Last inspection result. Inspection codes
previous_inspection_date	string (yyyy-mm-dd)	Previous inspection date
previous_inspection_odometer	integer	Odometer status at previous inspection
previous_inspection_result	integer	Deprecated — use `previous_inspection_result_id`
previous_inspection_result_id	integer	Code for previous inspection result. Inspection codes
previous_inspection_result_name	string	Previous inspection result. Inspection codes
type_approval_code	string	Type approval code (EEG)
deregistration_date	string (yyyy-mm-dd)	Vehicle deregistration date
deregistration_text	string
deregistration_cause	string	Cause of deregistration

Response Example

{
  "registration": "AAG099",
  "license_plate": "AAG099",
  "vin": "SJNFBAJ10U2884421",
  "brand": "NISSAN",
  "model": "NISSAN J10",
  "model2": "NISSAN QASHQAI",
  "variant": "G",
  "version": "G04",
  "first_registration_date": "2013-10-29",
  "fuel_type": 1,
  "fuel_type_id": 1,
  "fuel_type_name": "Bensin",
  "fuel_type_1_id": 1,
  "fuel_type_1_name": "Bensin",
  "fuel_type_2_id": null,
  "fuel_type_2_name": null,
  "fuel_type_3_id": null,
  "fuel_type_3_name": null,
  "engine_1_power": 104,
  "engine_2_power": null,
  "engine_3_power": null,
  "chassis_code": "AC",
  "chassis": "Stationsvagn (kombivagn)",
  "chassis_en": "Stationcar",
  "chassis_da": "Stationcar",
  "factory_code": "NA",
  "registration_year": 2013,
  "production_year": 2013,
  "production_month": 9,
  "model_year": null,
  "color": "VIT",
  "vehicle_weight": 1504,
  "total_weight": 1960,
  "towing_weight": 685,
  "towing_weight_brakes": 1200,
  "tank_volume": null,
  "width": 1783,
  "length": 4330,
  "height": 1623,
  "axles": null,
  "wheelbase": 2630,
  "tires_front": "215\/65R16 89T",
  "tires_back": "215\/65R16 89T",
  "wheels_front": "16x6 1\/2J (JJ)",
  "wheels_back": "16x6 1\/2J (JJ)",
  "passengers": 4,
  "engine_volume": 1997,
  "rally_car": false,
  "hybrid": false,
  "next_inspection_date": "2019-01-31",
  "last_inspection_date": "2017-09-30",
  "last_inspection_odometer": 85364,
  "last_inspection_result": 5,
  "last_inspection_result_id": 5,
  "last_inspection_result_name": "KONTROLLBESIKTNING",
  "previous_inspection_date": "2016-10-24",
  "previous_inspection_odometer": 71256,
  "previous_inspection_result": 5,
  "previous_inspection_result_id": 5,
  "previous_inspection_result_name": "KONTROLLBESIKTNING",
  "type_approval_code": "e11*2001\/116*0295*27",
  "deregistration_date": null,
  "deregistration_text": null,
  "deregistration_cause": null
}

Vehicle Status

By registration

Get vehicle status, usage and insurance data by passing a registration number (license plate).

https://api.nrpla.de/se/vehicle-status/[REGISTRATION]

By VIN

Get vehicle status, usage and insurance data by passing a VIN (Vehicle Identification Number/Chassis Number).

https://api.nrpla.de/se/vehicle-status/[VIN]

Response Data

Attribute	Type	Description
registration	string	The license plate registration
vin	string	Vehicle Identification Number
registration_type	string	Registration type. `1`=EEG-intyg (EC certificate), `2`=Registreringsbesiktigad (registration-inspected), `4`=Typbesiktigad (type-inspected)
vehicle_status	string	Vehicle status code: `ITRAFIK` (in traffic), `AVST` (laid up), `AVREG` (deregistered)
vehicle_status_date	string (yyyy-mm-dd)	Date the current status took effect
vehicle_status_cause	string	Reason code: `FÖRREG` (pre-registered, never in traffic), `MBEVIS` (transfer to scrapper with receipt), `OKÄND` (new owner unknown), `UTLAND` (awaiting confirmation of foreign registration)
leasing	boolean	Whether the vehicle is on a leasing contract
usage_1	string	Primary usage code (used for commercial vehicles). `11`=Godstrafik (goods), `12`=Taxitrafik (taxi), `13`=Busstrafik (bus), `14`=Linjetrafik (scheduled line), `15`=Uthyrningsrörelse (rental), `19`=Ej yrkesmässig skolskjuts (non-commercial school transport), `20`=Särskilt beslut (special decision), `21`=Taxitrafik-taxameterdispens
usage_2	string	Secondary usage code (same codes as `usage_1`)
usage_3	string	Tertiary usage code (same codes as `usage_1`)
usage_4	string	Quaternary usage code (same codes as `usage_1`)
usage_5	string	Quinary usage code (same codes as `usage_1`)
insurance_form	string	Insurance form: `ENSK`=Enskild (individual), `FLYT`=Flytande (floating), `SAML`=Samlingsförsäkring (collective)
credit_purchase	boolean	Whether the vehicle was bought on credit
insurance_company_id	integer	Identifier of the insurance company (Transportstyrelsen company ID)

Response Example

{
  "registration": "AAG099",
  "vin": "SJNFBAJ10U2884421",
  "registration_type": "1",
  "vehicle_status": "ITRAFIK",
  "vehicle_status_date": "2013-10-29",
  "vehicle_status_cause": null,
  "leasing": false,
  "usage_1": "11",
  "usage_2": null,
  "usage_3": null,
  "usage_4": null,
  "usage_5": null,
  "insurance_form": "ENSK",
  "credit_purchase": false,
  "insurance_company_id": 21
}

Vehicle Origin

By registration

Get vehicle origin and import data by passing a registration number (license plate).

https://api.nrpla.de/se/vehicle-origin/[REGISTRATION]

By VIN

Get vehicle origin and import data by passing a VIN (Vehicle Identification Number/Chassis Number).

https://api.nrpla.de/se/vehicle-origin/[VIN]

Response Data

Attribute	Type	Description
registration	string	The license plate registration
vin	string	Vehicle Identification Number
importer	string	Swedish organisationsnummer (org number) of the importer
origin_code	string	Origin code: `IMPORT` (from EU country), `INFÖRT` (introduced by registered importer), `MIL` (previously military-registered), `REG` (previously registered in Sweden), `TILLV` (own manufacture), `TULL` (from non-EU country), `TYP` (per type certificate), `YTILLV` (small-scale commercial manufacture), `ÖVR` (other)
origin_cause	string	Reason code (present for `IMPORT` and `TULL`): `ANNAT` (other), `ARV` (inheritance), `DIPL` (diplomatic), `EGET` (own use), `EJEGET` (not own use), `FLYTT` (moving goods), `RETUR` (previously registered in Sweden)
pre_registration_date	string (yyyy-mm-dd)	Date of pre-registration in Sweden
previous_registration_date	string (yyyy-mm-dd)	Date of previous registration (in another country)
direct_import	boolean	Whether the vehicle was direct-imported for own use

Response Example

{
  "registration": "AAG099",
  "vin": "SJNFBAJ10U2884421",
  "importer": "5560840968",
  "origin_code": "INFÖRT",
  "origin_cause": null,
  "pre_registration_date": "2013-10-15",
  "previous_registration_date": null,
  "direct_import": false
}

Emissions

By registration

Get vehicle emissions data by passing a registration number (license plate).

https://api.nrpla.de/se/emissions/[REGISTRATION]

By VIN

Get vehicle emissions data by passing a VIN (Vehicle Identification Number/Chassis Number).

https://api.nrpla.de/se/emissions/[VIN]

Response Data

Per-drive measurements are grouped under drive_1, drive_2 and drive_3, corresponding to the three possible drives (fuel types) returned by the Vehicle Information endpoint. Unused drives contain null values.

All numeric values are returned at their natural scale (decimal scaling from the Transportstyrelsen source format is applied for you). The unit for the per-drive co2, fuel_consumption, nox, hc_thc_nox, nox_4, particles and particle_mass_4 fields varies with the emission directive and is given by emission_value_unit (typically G/KM, MG/KM or G/KWH). All other unit-bearing fields have a fixed unit, called out individually below.

Attribute	Type	Description
registration	string	The license plate registration
vin	string	Vehicle Identification Number
environmental_class	string	Swedish environmental class (Miljöklass). Examples: `1E`, `1H`, `2000`, `2005`, `2005PM`, `2008`, `EEV`, `EL`, `HYBRID`, `MK1`, `MK2`, `MK3`
environmental_car	string	Environmental car classification (Miljöbil), e.g. `MB2013`
euro_class	string	Euro class (Miljöklass EURO): `1`…`6`, `5+`, `EEV`, `I`…`VI`
emission_class	string	Emission class (Utsläppsklass): `EURO4`, `EURO5`, `EURO6`, `EL`, `ELHYBRID`, `LADDHYBRID`, `EEV`
super_environmental_car	boolean	Whether the vehicle qualifies as supermiljöbil
co2_class	string	CO₂ class (numeric class code)
reclassification_date	string (yyyy-mm-dd)	Date of latest reclassification
emission_value_unit	string	Unit used for the per-drive emission values: `G/KM`, `MG/KM`, `G/KWH`, or `MG/KWH`
co2_combined_weighted	float	Combined weighted CO₂ across all drives (g/km)
fuel_consumption_combined_weighted	float	Combined weighted fuel consumption across all drives (l/100km, kg/100km for hydrogen, m³/100km for methane)
energy_consumption	float	Energy consumption (Wh/km) — populated only for electric drive
nedc_range	float	Electric range under NEDC (km)
drive_1, drive_2, drive_3	object	Per-drive emissions data — see structure below
vehicle_configuration	string	Electric vehicle configuration: `EL` (electric only), `Elhybrid` (non-plug-in hybrid), `Laddhybrid` (plug-in hybrid), `Elhybrid bränslecell` (fuel-cell hybrid, non-plug-in), `Laddhybrid bränslecell` (fuel-cell hybrid, plug-in)
specific_co2	float	Specific CO₂ emissions (gCO₂/tkm)
specific_co2_passenger	float	Specific CO₂ emissions per passenger
average_occupancy	integer	Average passenger occupancy
vehicle_group	string	Vehicle group / subgroup
phev	object	Plug-in hybrid measurements split into `scenario_1`, `scenario_2` and `scenario_3`
innovation_code	string	Environmental innovation code per vehicle. Format: type-approval authority code followed by innovation decision numbers, e.g. `e1 8 10 12`
tyre_energy_efficiency_class	object	Rolling-resistance class (RRC) per axle — see structure below
tyre_category	object	Tyre category per axle — see structure below
frontal_air_intake_area	integer	Calculated frontal air-intake area (cm²)
driving_cycle_class	string	Driving cycle class
reduction_factor	float	Reduction factor
family_identifiers	object	Vehicle family identifiers — see structure below

Per-drive Structure

Each of drive_1, drive_2 and drive_3 contains:

Attribute	Type	Description
co2	float	CO₂ at combined driving (g/km)
fuel_consumption	float	Fuel consumption at combined driving (l/100km, kg/100km for hydrogen, m³/100km for methane)
nox	float	NO_x emission (unit per `emission_value_unit`)
hc_thc_nox	float	HC / THC + NO_x emission (unit per `emission_value_unit`)
nox_4	float	NO_x per emission directive 595/2009 (unit per `emission_value_unit`)
particles	float	Particles (unit per `emission_value_unit`)
particle_mass_4	float	Particle mass per emission directive 595/2009 (unit per `emission_value_unit`)
noise_level	integer	Noise level under driving conditions (dB)
deviation_factor	float	Deviation factor for CO₂ recalculated to NEDC. Negative values indicate the recalculation went down
control_factor	integer	Control factor: `0` = small recalculation deviation, `1` = large recalculation deviation
wltp	object	WLTP measurements — see structure below
nedc	object	NEDC measurements — see structure below
rde	object	Real-Driving Emissions — see structure below
wltp_type_i	object	WLTP Type I emissions — see structure below
innovation	object	Environmental innovation CO₂ savings — see structure below

WLTP Structure

Each drive_X.wltp contains:

Attribute	Type	Description
co2	object	CO₂ per WLTP phase (g/km) — see structure below
fuel_consumption	object	Fuel consumption per WLTP phase — see structure below
electric_consumption	float	Electric energy consumption (Wh/km)
electric_consumption_weighted	float	Weighted electric energy consumption (Wh/km)
range	float	WLTP range (km). Populated only for `drive_1` and `drive_2`; always `null` for `drive_3`
range_city	float	WLTP city range (km). Populated only for `drive_1` and `drive_2`; always `null` for `drive_3`

WLTP CO₂ Structure

Each drive_X.wltp.co2 contains the CO₂ measurement in g/km for the named WLTP phase:

Attribute	Type	Description
low	float	WLTP “low” phase CO₂ (g/km)
medium	float	WLTP “medium” phase CO₂ (g/km)
high	float	WLTP “high” phase CO₂ (g/km)
extra_high	float	WLTP “extra high” phase CO₂ (g/km)
combined	float	WLTP combined CO₂ (g/km)
combined_weighted	float	WLTP weighted combined CO₂ (g/km) — populated for plug-in hybrids

WLTP Fuel Consumption Structure

Each drive_X.wltp.fuel_consumption contains the fuel consumption for the named WLTP phase. Unit is l/100km, kg/100km for hydrogen, or m³/100km for methane:

Attribute	Type	Description
low	float	WLTP “low” phase fuel consumption
medium	float	WLTP “medium” phase fuel consumption
high	float	WLTP “high” phase fuel consumption
extra_high	float	WLTP “extra high” phase fuel consumption
combined	float	WLTP combined fuel consumption
combined_weighted	float	WLTP weighted combined fuel consumption — populated for plug-in hybrids

NEDC Structure

Each drive_X.nedc contains:

Attribute	Type	Description
co2	object	NEDC CO₂ measurements in g/km. Contains `city` (float) and `highway` (float)
fuel_consumption	object	NEDC fuel consumption (l/100km or equivalent). Contains `city` (float) and `highway` (float)

WLTP Type I Structure

Each drive_X.wltp_type_i contains WLTP Type I tailpipe emissions in mg/km:

Attribute	Type	Description
co	float	Carbon monoxide (mg/km)
thc	float	Total hydrocarbons (mg/km)
nmhc	float	Non-methane hydrocarbons (mg/km)
nox	float	Nitrogen oxides (mg/km)
thc_nox	float	Combined THC + NO_x (mg/km)
particles	float	Particulate matter (mg/km)

Innovation Structure

Each drive_X.innovation contains CO₂ savings from environmental innovations (g/km):

Attribute	Type	Description
co2_savings_nedc	float	CO₂ savings under NEDC (g/km)
co2_savings_wltp	float	CO₂ savings under WLTP (g/km)

RDE Structure

Each of rde.complete and rde.city contains:

Attribute	Type	Description
nox	float	NO_x emission (mg/km)
particle_count	string	Particle count as a formatted display string (for boundary checks and presentation; rarely populated)
particle_value	float	Mantissa of the particle-number measurement (multiply with `10^{particle_exponent}` for particles/km)
particle_exponent	string	Base-10 exponent of the particle-number measurement (e.g. `"11"` for ×10¹¹)

PHEV Scenarios

Each of phev.scenario_1, phev.scenario_2 and phev.scenario_3 contains:

Attribute	Type	Description
co2_charge_sustaining	float	Combined CO₂ in charge-sustaining mode (g/km)
fuel_consumption_charge_sustaining	float	Combined fuel consumption in charge-sustaining mode (l/100km or equivalent)
electric_consumption_charge_sustaining	float	Combined electric consumption in charge-sustaining mode (Wh/km)
co2_charge_depleting	float	Combined CO₂ in charge-depleting mode (g/km)
fuel_consumption_charge_depleting	float	Combined fuel consumption in charge-depleting mode (l/100km or equivalent)
equivalent_all_electric_range	float	Equivalent all-electric range — EAER (km)
equivalent_all_electric_range_city	float	Equivalent all-electric range, city — EAER_city (km)
all_electric_range	float	All-electric range — AER (km)
all_electric_range_city	float	All-electric range, city — AER_city (km)

Tyre Energy Efficiency Class Structure

tyre_energy_efficiency_class contains the rolling-resistance coefficient (RRC) class per axle, typically A–E:

Attribute	Type	Description
axle_1	string	RRC class for axle 1
axle_2	string	RRC class for axle 2
axle_3	string	RRC class for axle 3

Tyre Category Structure

tyre_category contains the tyre category per axle, e.g. C1, C2, C3:

Attribute	Type	Description
axle_1	string	Tyre category for axle 1
axle_2	string	Tyre category for axle 2
axle_3	string	Tyre category for axle 3

Family Identifiers Structure

family_identifiers contains Transportstyrelsen family identifiers used for type-approval grouping:

Attribute	Type	Description
interpolation	string	Interpolation family identifier
atct	string	ATCT (Ambient Temperature Correction Test) family identifier
pems	string	PEMS (Portable Emissions Measurement System) family identifier
road_load	string	Road-load family identifier
road_load_matrix	string	Road-load matrix family identifier
periodic_regeneration	string	Periodically regenerating system family identifier
evaporative	string	Evaporative emissions test family identifier

Response Example

{
  "registration": "AAG099",
  "vin": "SJNFBAJ10U2884421",
  "environmental_class": "MK3",
  "environmental_car": "MB2013",
  "euro_class": "6",
  "emission_class": "EURO 6",
  "super_environmental_car": false,
  "co2_class": "1",
  "reclassification_date": null,
  "emission_value_unit": "G/KM",
  "co2_combined_weighted": null,
  "fuel_consumption_combined_weighted": null,
  "energy_consumption": null,
  "nedc_range": null,
  "drive_1": {
    "co2": 142.0,
    "fuel_consumption": 6.1,
    "nox": 0.045,
    "hc_thc_nox": null,
    "nox_4": null,
    "particles": 0.0001,
    "particle_mass_4": null,
    "noise_level": 71,
    "deviation_factor": null,
    "control_factor": null,
    "wltp": {
      "co2": {
        "low": 165.0,
        "medium": 145.0,
        "high": 130.0,
        "extra_high": 155.0,
        "combined": 142.0,
        "combined_weighted": null
      },
      "fuel_consumption": {
        "low": 7.2,
        "medium": 6.3,
        "high": 5.7,
        "extra_high": 6.8,
        "combined": 6.1,
        "combined_weighted": null
      },
      "electric_consumption": null,
      "electric_consumption_weighted": null,
      "range": null,
      "range_city": null
    },
    "nedc": {
      "co2": {
        "city": 158.0,
        "highway": 122.0
      },
      "fuel_consumption": {
        "city": 6.8,
        "highway": 5.3
      }
    },
    "rde": {
      "complete": {
        "nox": 60.0,
        "particle_count": null,
        "particle_value": 6.0,
        "particle_exponent": "11"
      },
      "city": {
        "nox": 62.0,
        "particle_count": null,
        "particle_value": 6.0,
        "particle_exponent": "11"
      }
    },
    "wltp_type_i": {
      "co": 281.1,
      "thc": 50.0,
      "nmhc": 40.5,
      "nox": 45.0,
      "thc_nox": null,
      "particles": 0.8
    },
    "innovation": {
      "co2_savings_nedc": null,
      "co2_savings_wltp": null
    }
  },
  "drive_2": {
    "co2": null,
    "fuel_consumption": null,
    "nox": null,
    "hc_thc_nox": null,
    "nox_4": null,
    "particles": null,
    "particle_mass_4": null,
    "noise_level": null,
    "deviation_factor": null,
    "control_factor": null,
    "wltp": {
      "co2": {
        "low": null,
        "medium": null,
        "high": null,
        "extra_high": null,
        "combined": null,
        "combined_weighted": null
      },
      "fuel_consumption": {
        "low": null,
        "medium": null,
        "high": null,
        "extra_high": null,
        "combined": null,
        "combined_weighted": null
      },
      "electric_consumption": null,
      "electric_consumption_weighted": null,
      "range": null,
      "range_city": null
    },
    "nedc": {
      "co2": {
        "city": null,
        "highway": null
      },
      "fuel_consumption": {
        "city": null,
        "highway": null
      }
    },
    "rde": {
      "complete": {
        "nox": null,
        "particle_count": null,
        "particle_value": null,
        "particle_exponent": null
      },
      "city": {
        "nox": null,
        "particle_count": null,
        "particle_value": null,
        "particle_exponent": null
      }
    },
    "wltp_type_i": {
      "co": null,
      "thc": null,
      "nmhc": null,
      "nox": null,
      "thc_nox": null,
      "particles": null
    },
    "innovation": {
      "co2_savings_nedc": null,
      "co2_savings_wltp": null
    }
  },
  "drive_3": {
    "co2": null,
    "fuel_consumption": null,
    "nox": null,
    "hc_thc_nox": null,
    "nox_4": null,
    "particles": null,
    "particle_mass_4": null,
    "noise_level": null,
    "deviation_factor": null,
    "control_factor": null,
    "wltp": {
      "co2": {
        "low": null,
        "medium": null,
        "high": null,
        "extra_high": null,
        "combined": null,
        "combined_weighted": null
      },
      "fuel_consumption": {
        "low": null,
        "medium": null,
        "high": null,
        "extra_high": null,
        "combined": null,
        "combined_weighted": null
      },
      "electric_consumption": null,
      "electric_consumption_weighted": null,
      "range": null,
      "range_city": null
    },
    "nedc": {
      "co2": {
        "city": null,
        "highway": null
      },
      "fuel_consumption": {
        "city": null,
        "highway": null
      }
    },
    "rde": {
      "complete": {
        "nox": null,
        "particle_count": null,
        "particle_value": null,
        "particle_exponent": null
      },
      "city": {
        "nox": null,
        "particle_count": null,
        "particle_value": null,
        "particle_exponent": null
      }
    },
    "wltp_type_i": {
      "co": null,
      "thc": null,
      "nmhc": null,
      "nox": null,
      "thc_nox": null,
      "particles": null
    },
    "innovation": {
      "co2_savings_nedc": null,
      "co2_savings_wltp": null
    }
  },
  "vehicle_configuration": null,
  "specific_co2": null,
  "specific_co2_passenger": null,
  "average_occupancy": null,
  "vehicle_group": null,
  "phev": {
    "scenario_1": {
      "co2_charge_sustaining": null,
      "fuel_consumption_charge_sustaining": null,
      "electric_consumption_charge_sustaining": null,
      "co2_charge_depleting": null,
      "fuel_consumption_charge_depleting": null,
      "equivalent_all_electric_range": null,
      "equivalent_all_electric_range_city": null,
      "all_electric_range": null,
      "all_electric_range_city": null
    },
    "scenario_2": {
      "co2_charge_sustaining": null,
      "fuel_consumption_charge_sustaining": null,
      "electric_consumption_charge_sustaining": null,
      "co2_charge_depleting": null,
      "fuel_consumption_charge_depleting": null,
      "equivalent_all_electric_range": null,
      "equivalent_all_electric_range_city": null,
      "all_electric_range": null,
      "all_electric_range_city": null
    },
    "scenario_3": {
      "co2_charge_sustaining": null,
      "fuel_consumption_charge_sustaining": null,
      "electric_consumption_charge_sustaining": null,
      "co2_charge_depleting": null,
      "fuel_consumption_charge_depleting": null,
      "equivalent_all_electric_range": null,
      "equivalent_all_electric_range_city": null,
      "all_electric_range": null,
      "all_electric_range_city": null
    }
  },
  "innovation_code": null,
  "tyre_energy_efficiency_class": {
    "axle_1": "A",
    "axle_2": "A",
    "axle_3": null
  },
  "tyre_category": {
    "axle_1": "C1",
    "axle_2": "C1",
    "axle_3": null
  },
  "frontal_air_intake_area": null,
  "driving_cycle_class": null,
  "reduction_factor": null,
  "family_identifiers": {
    "interpolation": "IP-0017-JF1-1",
    "atct": null,
    "pems": null,
    "road_load": "RL-0017-JF1-1",
    "road_load_matrix": null,
    "periodic_regeneration": null,
    "evaporative": null
  }
}

Body Types

Get a list of available body types used in the Vehicle Information endpoint.

https://api.nrpla.de/se/body-types

Response Data

Attribute	Type	Description
code	string	This corresponds to chassis_code in the vehicle information
name	string	The body type

Response Example

[
    {
        "code": "AA",
        "name": "Sedan"
    },
    {
        "code": "AB",
        "name": "Halvkombi"
    }
]

Fuel Types

Get a list of available fuel types used in the Vehicle Information endpoint.

https://api.nrpla.de/se/fuel-types

Response Data

Attribute	Type	Description
id	integer	This corresponds to fuel_type_id in the vehicle information
name	string	The fuel type

Response Example

[
  {
    "id": 1,
    "name": "Bensin"
  },
  {
    "id": 2,
    "name": "Diesel"
  }
]

Inspection Codes

Get a list of available inspection codes used in the Vehicle Information endpoint.

https://api.nrpla.de/se/inspection-codes

Response Data

Attribute	Type	Description
id	integer	This corresponds to last_inspection_result_id, previous_inspection_result_id in the vehicle information
code	string	The code for the inspection result
name	string	The inspection result text

Response Example

[
  {
    "id": 1,
    "code": "P1",
    "name": "BEGR\u00c4NSAD INSPEKTION"
  },
  {
    "id": 2,
    "code": "P2",
    "name": "FULLST\u00c4NDIG INSPEKTION"
  }
]

Date	Description
2026-05-26	Added vehicle status, vehicle origin and emissions endpoints for Swedish vehicles.
2024-12-24	Added vin_location to vehicle information endpoint.
2024-11-26	Changed formats of date and reinspection_date to yyyy-mm-dd in inspections endpoint.
2024-05-14	Added wheelbase to vehicle information endpoint.
2024-02-02	Added type_name to vehicle information endpoint.
2023-07-04	Added category to vehicle information endpoint.
2023-06-14	Added norm to emissions endpoint.
2023-05-25	Added ability to query via registration and VIN to DMR endpoint.
2023-04-18	Added deregistration information to Swedish vehicles endpoint.
2023-04-11	Added Euronorm to DMR endpoint.
2023-03-10	Added detailed tinglysning endpoint.
2023-02-22	Added danish vehicle types endpoint.
2022-11-07	Changed all API urls to https.
2022-09-22	Added danish fuel types endpoint.
2022-09-22	Added swedish body types endpoint.
2022-05-13	Added danish reference data (Colors, Body Types, Equipment, Permits, Vehicle Uses)
2022-03-22	Added extended data to DMR
2021-12-10	Added calculated tax to DMR endpoint
2021-02-11	Removed Norway inspections endpoint (no longer available).
2019-10-03	Added ncap_five, airbags, integrated_child_seats, seat_belt_alarms, euronorm to vehicle information endpoint (advanced).
2019-10-03	Added minimum_weight, engine_code to vehicle information endpoint.
2019-09-25	Added evaluations endpoint.
2019-09-05	Added production_year and production_month to Swedish Vehicles.
2019-08-15	Added Brand field to Swedish Vehicles.
2019-05-21	Added Swedish Vehicles.
2019-05-19	Added Emissions endpoint.
2019-02-20	Removed owner_type from API. The information is no longer provided by DMR.
2019-02-13	Added changelog. All future changes to the API will be documented here.

Authentication

Bearer Token

Query String

Postman

Import Collection

Danish Vehicles

Vehicle Information

By registration

By VIN

Response Data

Response Example

Inspections

Response Data

Response Example

DMR Data

By vehicle ID

By registration

By VIN

Response Data

Response Example

Tinglysning (Debt)

Response Data

Response Example

Tinglysning (Detailed)

Response Data

Vehicle

Liability

Entity

Underpant

Notice

Response Example

Emissions

Response Data

Response Example

Evaluations (DMR)

Response Data

Response Example

Body Types

Response Data

Response Example

Colors

Response Data

Response Example

Equipment

Response Data

Response Example

Fuel Types

Response Data

Response Example

Permits

Response Data

Response Example

Types

Response Data

Response Example

Vehicle Uses

Response Data

Response Example

Norwegian Vehicles

Vehicle Information

By registration

By VIN

Response Data

Response Example

Swedish Vehicles

Vehicle Information

By registration

By VIN

Response Data

Response Example

Vehicle Status

By registration

By VIN

Response Data

Response Example

Vehicle Origin

By registration

By VIN

Response Data

Response Example

WLTP CO₂ Structure