Vehicle and engine records
Search the shared catalog and check the exact engines and fields your application needs.
Remapdb API
Build a vehicle selector, tuning calculator, or internal lookup tool with structured JSON data. Read engine details, stock performance, reference stage gains, and available ECU information through the Remapdb API.
Available on API and Max plans. Your developers build the integration. Remapdb returns data; it does not supply, identify, modify, or generate ECU tuning files.
Search the shared catalog and check the exact engines and fields your application needs.
Build custom make, model, engine, and variant selection flows.
Read stock and reference stage power and torque where available. Verify suitability for each vehicle.
Work with predictable API responses designed for modern web products.
Build your own configurator instead of relying only on the Remapdb Widget.
Use the API for websites, portals, dashboards, file services, dealer systems, and internal tools.
Build with the API
Use the Remapdb API to build your own vehicle search, performance comparisons, and customer journeys. Your developers control every screen and interaction. This example uses illustrative data.
Build your own vehicle lookup with the remap database API. The example compares reference values; it is not a supplied application, a parts-fitment guarantee or a tuning-file service.
Vector is an illustrative application built for this video. Brand, model, generation and engine dropdowns lead to a custom performance brief with its own typography, layout and interactive chart. It demonstrates how developers can build their own customer experience with Remapdb API data. This design is not a supplied widget or an included application template.
The fictional selection is Example Motors, GT, 2022–2026, 2.0 Turbo. An isolated sample engine response supplies the displayed figures: 150 hp and 270 Nm original, and 180 hp and 320 Nm estimated Stage 1. Power and Torque controls switch the comparison chart and calculate the difference: 30 hp (20%) or 50 Nm (approximately 19%). Displacement, cylinders and fuel also come from the response. The chart compares these values; it does not represent a measured dyno run. The vehicle and figures are illustrative.
A production application keeps its API key on its server and uses authenticated Remapdb API requests. Your developers implement the interface and interactions. Direct API access requires API or Max. This recording uses no live credentials, makes no live API call, and submits no enquiry.
Voiceover: Build your own vehicle finder with our API. Design the selection, results, and comparisons. Remapdb supplies the data. Your developers build the experience.
API possibilities
Use Remapdb for the vehicle-data part of your product. Your team builds the interface and any quote, order, payment, or file-delivery logic around it.
Build your own vehicle search and selection experience using Remapdb vehicle tuning data.
Example: make -> model -> generation -> engine -> tuning result
GET https://api.remapdb.com/v2/search?query=audi
GET https://api.remapdb.com/v2/engines/{engine_id}Show stock and tuned performance values inside your own website, dashboard, or portal.
Example: original HP/Nm vs tuned HP/Nm for available stages
GET https://api.remapdb.com/v2/engines/{engine_id}Retrieve vehicle and tuning information for your existing service. File upload, processing, payment, and delivery remain in your own system.
Example: Remapdb returns vehicle data → your own system handles the request
// Remapdb: retrieve the selected engine
GET https://api.remapdb.com/v2/engines/{engine_id}
// Your application handles any subsequent file request.Use vehicle and request context inside dealer portals, routing flows, or location-based systems.
Example: selected vehicle + selected dealer + quote request context
// Remapdb: search vehicle records
GET https://api.remapdb.com/v2/search?query=bmw
// Dealer routing is implemented in your application.Add vehicle and tuning reference data to product pages. Your team supplies and verifies product-fitment mappings.
Example: vehicle record + your verified product mapping
GET https://api.remapdb.com/v2/engines/{engine_id}Build internal lookup tools for sales, support, quoting, or chip tuning specification database review.
Example: support team searches a vehicle and checks available tuning values
GET https://api.remapdb.com/v2/search?query=2.0%20tdiAPI workflow
The API lets your system request vehicle and tuning data, then render that information inside your own configurator, dashboard, portal, product page, or internal tool.
Your app requests makes, models, generations, engines, or specific vehicle tuning database records.
The API returns JSON with the fields available for that record. Handle missing values and unavailable stages in your interface.
You decide how the data appears: configurator, dashboard, product page, portal, or internal tool.
Use selected vehicle context in quote flows, file requests, dealer routing, and internal workflows.
Start with one integration and grow into more endpoints and customer-facing experiences over time.
Customizations + API
Bring your own vehicle data and tuning values into your integration. The Max plan includes both API access and Customizations, so your app can use the catalog you manage in Remapdb.
Add vehicles, adjust tuning stages, and manage equipment in Customizations. Your changes apply only to your account, leaving the shared Remapdb database unchanged.
Use your existing API key and the v2 endpoints. Responses reflect your saved additions, edited values, and visibility choices. Hiding a parent also removes its vehicles from API results.
Cache data separately for each account and refresh it after edits. As we update the shared database, review duplicate notices in Customizations and choose which records to keep visible.
On the API plan, v2 returns the shared catalog. The Pro plan includes Customizations for your widget; choose the Max plan to use your customized catalog through the API too. Catalog editing happens in the app, not through REST requests.
Data coverage
Retrieve vehicle identity, engine specifications, and available stage data. An ECU specification describes a unit or related tool; it is not an ECU binary. Check coverage and field availability before building your customer offer.
Make, model, generation, year range, variant, and vehicle structure where available.
Engine name, fuel type, displacement, stock power, stock torque, and related technical context.
Stage identifiers and reference performance values where present. These records are information, not flashable calibrations.
Power and torque values from a vehicle tuning gains database, including original and tuned performance values.
Use returned vehicle details in your own suitability checks. The data does not certify a hardware product or calibration.
IDs and response fields your system can use to connect Remapdb data to your own interface.
Integration patterns
Fetch data through your backend and present it in your own interface. Keep API credentials out of browser code. Your application owns customer actions such as routing an enquiry or placing an order.
Use API data to build your own vehicle selector and tuning result UI. Best for custom websites and advanced landing pages.
Use your server to request Remapdb data and combine it with your business logic. Best for portals, file-service workflows, and secure workflows.
Connect vehicle data to file requests, quote flows, and service inquiries. Best for online tuning file providers.
Use selected vehicle and dealer context for partner and location-based flows. Best for multi-location tuning companies.
Present vehicle information alongside your own independently verified product-fitment mappings.
Build admin, support, sales, and quote-assistance tools for your team.
Use the MCP server when supported AI assistants need to search and retrieve vehicle records on API or Max.
Developer setup
Start with secure credentials, validate requests in staging, then move endpoint by endpoint into your own production flow.
Choose API for the shared catalog or Max for API access plus catalog editing. Free, Plus, and Pro do not include the developer API.
Copy your API key from the API section and store it in secure server-side secrets.
Check endpoint contracts, parameters, limits, and implementation notes.
Start with vehicle lookup, then move to engine and tuning data endpoints.
Render the data in your own configurator, portal, dashboard, file-service flow, or internal tool.
Validate edge cases, missing values, and usage limits before production rollout.
API capabilities
Check the data and access your application needs, then test missing records, errors, and request limits before release.
Related features
Use the Widget when you want the fastest embedded customer-facing experience.
Explore widgetConnect supported AI assistants to Remapdb data through the MCP server on API-enabled plans.
Explore AI integrationsUse the plugin if your website runs on WordPress and you want a simpler installation path.
View WordPress pluginAdd your own vehicles, edit tuning values, and choose what appears in your catalog. Read your customized data through API v2 on the Max plan.
Explore customizationsSee how Remapdb helps with setup, documentation, installation, and technical guidance.
View supportCompare plans for API access, websites, branding, quote features, support, and advanced control.
See pricingFAQ
The API returns vehicle records, engine information, stock power and torque, available tuning stages, and related technical details in JSON. Fields vary by record. Use the documentation to confirm the fields your application needs.
It is an ECU tuning data API. It does not identify, read, edit, generate, or deliver original or modified ECU binary files. If you sell tuning files, your existing software and team remain responsible for file handling, calibration, payments, and delivery.
No. Remapdb has no file-processing endpoint for that workflow. Widget file attachments are a separate quote-form feature: they send supporting files to the tuning business with an enquiry.
API and Max include REST API and MCP access. Free, Plus, and Pro do not include the developer API. The WordPress plugin connects the hosted widget separately and does not require an API plan.
Yes. Max includes API access and Customizations. Make edits in the Remapdb app and read your account catalog through API v2. The API plan uses the shared catalog. Catalog editing is not performed through REST requests.
Yes. Your team implements authentication, data retrieval, caching, the interface, and any customer workflow. Remapdb provides documentation and product support, rather than a bespoke website or portal development service.
No. You need a separate provider for automatic VIN or number-plate lookup, then your own matching logic to find the corresponding Remapdb record.
No. Gains are reference information and fields may be missing for some records. Your team must check the vehicle, hardware, and calibration. Vehicle data alone does not prove that a specific part or tuning box fits.
Check the vehicles you serve using the vehicle selector on our home page, then review the API reference and usage-limit documentation before implementation. Contact support for a specific coverage question or expected request volume.
Use API v2 for new integrations and customized catalogs. Existing integrations should follow the migration guide and test their field handling and caching before switching.
Ready to build with Remapdb data?
Use the Remapdb API to power vehicle lookup, tuning gains, configurators, quote flows, dashboards, and custom product experiences.
API and Max plans. Reference data in JSON. Explore related integrations.