VBox Lap Timer (Stand Alone OLED Display)
We have seen and used the Video VBox accessory OLED multifunction display, it was the perfect tool for immediate feed back to the driver on their driving. Even more of the perfect tool for Endurance racing where every constant second throughout the lap times wins or loses the race. Also a perfect companion for qualifying, seeing how much time you are gaining or losing to your best lap.
Now this tool is even more accessible as we launch the Stand Alone version of the OLED display – VBox Lap Timer.
As the name states it’s a stand alone system for recording GPS data with it’s OLED display, as a bonus you can also keep using this display if you decided to upgrade to the Video VBox system as a Plug and Play accessory.
Pre-order yours now, email to: email@example.com
Instant driver feedback for real-time driver development
Track time is expensive, so finding the best lines and vehicle setup as quickly as possible is very important to both professional and amateur drivers. Predictive lap timing can play a major part in achieving this, especially if it is derived from ever more reliable GPS.
What is predictive lap timing?
Predictive lap timing has been available for some time, but traditional methods have generally relied on a distance measurement (normally from a wheel speed sensor input) for calculation. However, distances lap-to-lap almost always change: either by trying different lines, overtaking other cars, or perhaps by locking a wheel. Predicting a lap time accurately using this variable is nigh-on impossible, and is exacerbated on longer circuits.
Unrivalled accuracy using GPS
We employ GPS position from a fast updating data logger rather than distance to align the reference and comparison laps. Whilst GPS position may only be accurate to a few metres, a typical average race speed would be well in excess of 30m/s, minimising any errors to around 1/10th of a second.
This offers unrivalled accuracy even if the driver takes a completely different line each lap. The system will maintain 0.1s precision the entire way around any circuits, including very long circuits such as the Nurburgring or Spa.
The technology has been built into our high brightness OLED dashboard display, which can be connected to the Video VBOX product range. It is also a feature of our Performance Meters.
It provides drivers with accurate, real-time lap comparison, and it works at any track. You do not need any external beacons, and there is no setting up required.
Predictive lap timing adds another element to data logging, as drivers have a real-time comparison of their current lap against their previously recorded best lap – so they will always be trying to beat it. It means they can judge the effectiveness of different lines and get immediate feedback on the graphical display of how much time they’re losing or gaining.
How accurate is it?
As an example, we can study the two best laps during a race from a professional driver around the 1.6 mile Silverstone National Circuit in the UK.
The rolling distance variation was 11.6m even though the lap time difference was only 0.06s. This equates to an analysis alignment error of 0.3s, and this is around a very short track, with a very good driver. On a longer track with a less consistent driver, this error can easily grow to over 1s!
However, by using GPS position, the timing error between these laps is virtually eliminated. GPS means that the time can be kept accurate to within 1/10th of a second.
The real time nature of predictive lap timing makes it great for honing racing skills and getting an immediate impression of how much time you are losing or gaining.
It’s good for working on techniques such as slip-streaming, because slight adjustments show up immediately in the display. It’s also invaluable where there are a variety of different lines that you can take.
On the banked Homestead Circuit at Miami, I was able to see instantly which line along the long banked corner was quickest.
Nigel Greensall, professional racing driver and coach