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Taking it one step further buttons/switches could increment the current dash screens, like swiping does now, or could set the exact dash screen preset to use. Either use the GPIO on the unit for buttons (a waste, but quick and dirty) or use a CAN bus (or SPI) device to send commands to the unit that can change the dashboard. I know it was asked on the race capture forums recently, but, I would love to be able to command the dashboard app with the scripting from the race capture HW inputs. Likely more appropriate for the RC/Autosports Labs forum but sense you posted here. The guided setup in the video below is what we have in the latest app, and expanding this is the direction we're going. Polish, discoverability, friendliness and ease of use matters, and we learned that lesson well from the earliest versions of the RaceCapture system.
BMW RACERENDER MANUALS
Moreover, our goal is to make the system easy enough to use where you can successfully set it up without needing to refer to printed manuals or training seminars - tall order, right? We largely achieved this with the plug and play version of RaceCapture (from the kickstarter).
BMW RACERENDER SOFTWARE
Openness: The RaceCapture system has an open design and logs data in plain CSV, which can be imported wherever software can import this generic, common data format.Įase of use: a primary goal is to make the system 100% mobile friendly, where telemetry data can be viewed and shared on any device, easily - in the pits, or with race coaches or friends around the world, laptops and big screens welcome, but not required. Other things, like enhanced alerts / alarms and other features specifically to help endurance racers are all on the short list. The pit stop timer automatically kicks in and logs the time you were in pits, helping you better understand your pit strategy. In most cases the visual delay is imperceptible, and they love seeing that.Ī noteworthy endurance racing feature is the automatic pit stop timer. And with the latest 3.5G cellular module we're using, latencies are typically sub-second a favorite thing for first time users is to watch the car's dot on telemetry and watch as it's going by on the front straight.
And, the overwhelming response from our customers was that the immediacy of live, real-time data was intoxicating and therefore a critical feature: you can see where the race car is at any time during the race. Point to point tech was cumbersome to set up and was prone to drops in data dealing with terrain. We spent a tremendous amount of research looking at point-point radio technologies and other approaches such as bursted data.
BMW RACERENDER DRIVERS
These are powerful analysis tools to coach slower drivers vs your team 'ace' - and you can do it in real-time, during the race. Scroll down to see the time-gap analysis, which compares the time difference between the two selected laps (where one is catching up or falling behind), in addition to the speed over distance graph. Here, two laps have been selected (select different laps on the left side).
BMW RACERENDER DRIVER
As endurance racers (we raced at the inaugural ChumpCar 24HR event at Portland International Raceway) we designed the RaceCapture system to work especially well for endurance racing. The obvious one is the live-streaming telemetry - monitoring your car and driver in real-time to watch for emerging mechanical situations, as well as real-time coaching for drivers using our online tools.Įxample for real-time coaching: See this recent live-streamed data from Sebring. Most of the cost is to pay for the rights to the software creating the real time overlay but its worth every takjak2
Just for an idea, the camera is about $1000. So that would be my suggested route RCP with Telemetry and a Smart圜am.
But from what I read and see, it is capable enough.
The RCP also has its own software for data analysis but I haven't played with it to say how good it is or not.
BMW RACERENDER CODE
The RCP system has the benefit of the telemetry option using LTE, is set up to incorporate the analogue signals you may want and then, using the open source code free on the interweb to send the data over to the camera in the format it wants. The Datalogger (we use the Solo DL) is a timer, GPS which stores the data and also feeds the data to the camera. Essentially, the Camera system does the data overlay in real time so you can just pull the memory card and watch the video. That would be my favored route if we hadn't already forked out for the kit we have. I have read though that the Smart圜am can be operated with the RCP system (as it is open source). However, you do need a Factory CAN network to get it to work properly, unless you want to start buying the really expensive add-ons and systems. It is an awesome tool and there are many more updates to come from AiM that make the Smart圜am and other tools.
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