LapSnap vs RaceLineCalc

Get the most out of your AiM Solo 2, MyChron, GPS enabled GoPro or RaceBox Mini S at a race track by connecting it to your phone and downloading sessions. LapSnap is the first mobile app to connect your AiM device directly to your phone, without extra equipment. Just connect, download and analyze. - Visualize the lines and analyze each lap to see why you’ve been fast or slow in a particular part of the track. You can analyze speed, acceleration or deceleration, gas and brakes application, RPMs, gear change, lean angel for motorcycles, temperatures for Go-Karts, as well as your line on the map. - Compare your laps with your best lap, optimal lap or with someone else’s lap to see what you can do to become faster. - Easy access to each session and each lap. This way you can always refer back to a particular lap. - Leaderboard. See how you stack up against others racers. Each track has a leaderboard. - Save your setup. Every session can contain your vehicle settings like suspension setup, gear ratio, tires you use etc. This way when you're coming back to a track, you can refer to the settings you've used the last time and you're not wasting valuable track time finding a setting that works. - Optimal Lap. Your laps are divided into sectors. By taking best sectors of different laps we can put together an Optimal lap. This way you can see what you are capable of if you get every part of you lap just right. Terms of use: https://lapsnap.app/terms.html This service is not affiliated with, endorsed by or in any way associated with AiM Tech Srl or GoPro Inc. or their products and services. GoPro, HERO, and their respective logos are trademarks or registered trademarks of GoPro, Inc. AiM and its logo is a trademark or registered trademark of AiM Tech Srl. RaceBox and its logo is a trademark or registered trademark of RaceBox Motorsport LLC.

RaceLineCalc calculates a racing line from your own track image, map, plan, sketch, or satellite screenshot. Use the optimized racing line to improve your lap times. Use track analysis to study apex placement, cornering, braking points, speed, and lap time. Create a track project: • Import an image and calibrate it with a known real-world distance. • Trace the left and right track boundaries and place the start/finish reference. • Choose a point-based, car-based, or motorcycle-based model and a vehicle preset. • Run the calculation on your device. Review the result: • Calculated racing line and lap time. • Speed, longitudinal acceleration, lateral acceleration, and braking points. • Calculation stations, source boundaries, and generated track geometry. • Run history and comparison of compatible results on the same track. The point-based model quickly calculates a stable racing line. Car and motorcycle models add vehicle mass, power, grip, braking, dimensions, steering, and lean-related parameters. Presets cover karting, road cars, track cars, and motorcycles, while advanced controls allow deeper experiments. RaceLineCalc is local-first: the calculation runs on the device, and the core project flow does not require an account or upload your track project to a RaceLineCalc server. Model scope: RaceLineCalc calculates on a calibrated flat 2D track model. Elevation, banking, jumps, ruts, changing grip, weather, traffic, live surface conditions, and other real-world factors remain outside the current model. Always combine the calculation with real track knowledge and safe driving or riding practices. RaceLineCalc combines a racing line calculator, track analyzer, lap time calculator, and racing line optimizer in one local-first toolkit. As a practical race line calc, it uses calibrated track geometry and vehicle parameters to estimate the optimal line, speed profile, braking points, and lap time. Minimum-time trajectory optimization: RaceLineCalc solves a constrained minimum-time race trajectory problem on a calibrated flat 2D track. It combines track geometry with a point-based, car-based, or motorcycle-based model to calculate a minimum-time racing line, speed profile, braking points, longitudinal and lateral acceleration, and lap time. Use RaceLineCalc as a race trajectory optimizer, racing line calculator, lap time calculator, vehicle dynamics analysis tool, track analyzer, and trajectory planner. It supports image-based track analysis for karting circuits, indoor tracks, road courses, custom layouts, private test tracks, and local racing venues. The result is a time-optimized trajectory within the selected geometry, vehicle model, grip, power, braking, and configuration limits. Five physics models: point mass, Car V1 and V2, and Moto V1 and V2. Explore additional model-specific overlays and legends, then compare saved runs on the same track. Project run history is preserved after track edits, and results from an older track version are marked.