The word “patched” is the most culturally loaded in the sequence. In commercial software, a patch is an official update from a developer. Here, “patched” implies an unofficial, community-driven fix—often to unlock features, remove limitations, or circumvent digital rights management (DRM). This is the language of the modder, the hacker, the forum dweller who shares code snippets in plaintext on a forgotten PHP board.
This practice is a form of quiet rebellion against the “tyranny of the developer.” The original game might have locked certain tracks, bikes, or race modes behind paywalls or artificial progression gates. The script bypasses those gates. “Auto race inf m” suggests automation—perhaps an AI that drives endlessly to farm in-game currency or stats. The “patched” script thus serves two masters: the idealistic learner (who wants infinite practice) and the utilitarian grinder (who wants to cheat the economy). It is a Rorschach test for the user’s ethics.
This is the high-risk feature.
This is a grey area. Let’s separate simulation from real life.
git clone -b inf_m_patched https://github.com/moto-telemetry/trackday-infra.git /opt/moto
EXT. RACE TRACK - DAY
The lights go GREEN.
The pack roars into the first corner. It’s a symphony of high-pitched whines. The bikes are synchronized, hitting apexes perfectly, governed by the track's central AI.
Kai’s bike stutters.
Kai twists the throttle. The dashboard glows purple. [∞ M ACTIVE].
THE SOUND CHANGES. The electric whine becomes a screaming roar. The bike SURGES forward, the front wheel lifting violently. It’s not smooth like the others; it’s jagged, violent, alive. moto trackday project script auto race inf m patched
Kai fights the handlebars. The G-force crushes his chest.
He blows past three riders in the straightaway. The sheer speed is terrifying. He enters the hairpin way too hot.
The bike refuses to auto-brake. The patch has disabled the assists. Kai has to manually brake, drifting the bike sideways in a cloud of smoke, mere inches from the wall.
He exits the turn, the engine screaming.
Here is how the features usually work and how to configure them safely. The word “patched” is the most culturally loaded
telemetry_buffer = deque(maxlen=None)
def patch_can_filter(): # The "Patch" - bypasses standard ID filters to capture raw 'M' (Manufacturer) data return ["can_id": 0x1A4, "can_mask": 0xFFFF, # Front wheel speed "can_id": 0x2B8, "can_mask": 0xFFFF, # TC intervention "can_id": 0xINF_M, "can_mask": 0x000] # Custom infinite mode ID
def auto_race_logger(): bus = can.interface.Bus(channel='can0', bustype='socketcan', can_filters=patch_can_filter()) with open('trackday_infinite_log.csv', 'w', newline='') as file: writer = csv.writer(file) writer.writerow(['Timestamp', 'Channel_ID', 'Value'])
while True:
msg = bus.recv(timeout=0.1)
if msg is not None:
# The crucial patch: Convert raw hex to human readable
patched_value = int.from_bytes(msg.data, byteorder='little') / 100.0
telemetry_buffer.append([time.time(), hex(msg.arbitration_id), patched_value])
# Auto-race: Write every 1000 lines (no buffer limit)
if len(telemetry_buffer) >= 1000:
writer.writerows(telemetry_buffer)
telemetry_buffer.clear() # Clear but ram remains allocated (INF M)
print(f"Logged 1000 lines. Memory stable.")
if name == "main": print("Moto Trackday Project: Auto Race INF M Script - PATCHED v3") auto_race_logger()
How to use: Upload this to a Raspberry Pi 4 strapped under your tail section. Connect to the OBD2 or CAN-H/CAN-L lines of your bike. This script has no maximum file size (true INF M) because it writes continuously. How to use safely:
Create a file named deploy_trackday.sh – this is your project script that pulls the patched version:
#!/bin/bash
# moto_trackday_project_script.sh – Auto Race INF M Patched
set -e
echo "Moto Trackday Project – Deploying patched stack (rev inf_m)"