History Go Kart Go

What History Go Kart Go Actually Is

It’s a lightweight timing and telemetry tool designed for grassroots go-kart racing. The name is a bit clunky, but the idea is straightforward: you attach a GPS unit or Bluetooth dongle to your kart, the software logs laps, sector splits, and basic speed data, and then spits out a report you can actually use for setup changes. No cloud subscription required. No annual fee. That’s the selling point, at least on paper. I’ve been running this at local events for about three years now. It’s not perfect. It’s not the most polished software out there, but it does what it says without asking for your credit card every month. I use it because the alternative is usually paying $80 a year to a racing series that barely uses the data properly anyway.

How to Get History Go Kart Go Running

First, grab the installer from their official site — History Go Kart Go downloads freely, no account wall. The current build is version 3.4.1, released early this year. The installation itself takes about four minutes on a decent machine. Here’s what I’d do differently if I were starting from zero. Step one is the hardware side. You’ll need either a smartphone with a decent GPS chip — anything from a 2018 phone onward works — or a dedicated Bluetooth GPS logger like the VBOX Mini or even a cheap $40 Chinese alternative. I’ve run both. The phone approach saves money but drains battery fast. The dedicated unit is more consistent and doesn’t care if your phone does a background update mid-session. Mount the device somewhere vibration won’t shake it loose. I learned that the hard way. At my first event with the phone-mounted setup, the suction cup gave out on lap seven and the logger went dark for the rest of the session. I thought the software was broken. It wasn’t. The data was just gone. Now I tape mine to the roll hoop with gaffer tape and call it good.

The Setup Process

Launch the program and connect your sensor. If you’re using Bluetooth, make sure GPS is enabled on your phone and that Location Services are set to High Accuracy. Some people skip that and wonder why their lap times are off by half a second. It’s not the software. It’s the phone running in low-power location mode. Once connected, you’ll see a map view with your current position plotted. Calibrate the start/finish line by parking the kart over it and clicking the calibrate button. Then set your track boundaries if the software asks. Most people skip this and it causes problems later when the software tries to figure out which direction you’re going around the circuit. The trick I didn’t learn until my sixth event: always do a practice lap before the race session. Not because the software needs it, but because you need to verify the data is recording cleanly. Check the lap times, look at your sector splits, make sure nothing reads as zero or impossibly fast. A bad calibration will show up as a lap that’s 0.3 seconds instead of the usual 45-to-60-second range for most kart tracks. That’s your tell.

Reading the Data

After you finish, the software generates a session file with per-lap breakdowns. You’ll see lap times, best and worst laps, sector times if your track has timing points set up, and a speed trace across the course. The speed trace is where this tool actually earns its keep. Most beginner drivers just look at lap times. That’s missing the point. The speed trace shows you where you’re losing time. If you see a dip at the exit of turn three that lines up with a corner where your rear tire is worn differently than the left front, you’ve got a setup conversation to have. Without the trace, you’re just guessing. One thing the software doesn’t do well — and this is worth knowing upfront — is compare multiple sessions automatically. You can’t just open two files and see the delta between them. You have to do that manually by laying the traces on top of each other in the graph view. It works, but it’s tedious. I’ve written a quick Excel macro that imports the session data and overlays the traces for me. Takes about two minutes. Might save you thirty minutes of squinting at graphs.

Common Problems and Workarounds

Bluetooth dropouts: This is the biggest headache. The software maintains a steady connection about 90 percent of the time. The other ten percent, your phone decides to switch Bluetooth profiles or the GPS signal drifts. I’ve found that putting the phone on Airplane Mode with only Bluetooth enabled — no WiFi, no cellular data — cuts dropouts significantly. It’s counterintuitive but it works because the phone stops scanning for other networks. Track boundary misreads: If you’re racing at a new venue and the software draws your lap path incorrectly, don’t fight it in the moment. Finish the session, then go into the settings and manually adjust the virtual timing beams. Most tracks have standard beam positions you can look up. I keep a spreadsheet of timing beam coordinates for every track I race at. Saves twenty minutes of troubleshooting per visit. Data export issues: The native CSV export sometimes includes header rows that throw off timing analysis if you’re feeding data into another program. Strip the first five rows manually or use the export template that comes with a sample file showing the right format.

When History Go Kart Go Isn’t the Right Call

This isn’t a tool for professional teams running multiple karts simultaneously. It’s a single-vehicle logger. If you’re a team principal managing five karts at a regional event, you’re better off with a proper timing system like Motec or even a simple handheld stopwatch paired with video review. History Go Kart Go will struggle with multi-vehicle synchronization and the gap between sessions — it records one session at a time, and merging data across three different karts requires manual file handling that gets messy fast. It also doesn’t support analog telemetry inputs. If your setup has oil pressure sensors, throttle position sensors, or anything that outputs a voltage signal, this won’t pick it up. That’s fine for most weekend racers. It’s a dealbreaker if you’re doing serious chassis development.

Bottom Line

For someone who races one kart at local tracks and wants to understand where lap time is coming from without spending a fortune, this hits the sweet spot. The learning curve is maybe an afternoon. The cost is zero. The results are good enough that I’ve kept using it while watching pricier alternatives collect dust on my shelf. Just make sure your hardware is secured properly and do that pre-session verification lap. Everything else falls into place from there.