Nokia Racing Attack Unlock Code - May 2026

Before we discuss the code, we must understand the game. Nokia Racing Attack (often stylized as Racing Attack) was a Java ME (J2ME) game pre-loaded on many Series 40 Nokia devices. Unlike modern racing simulators, this was a top-down, 2D racer with tight controls and addictive time-trial mechanics.

The premise was simple: Beat the clock, avoid traffic, and slide through corners to reach the next level. However, Nokia utilized a "Try & Buy" system. The game was technically shareware. You got approximately 60 to 120 seconds of gameplay (or one track) before a screen appeared:

"Demo mode. Purchase full version to continue. Enter Unlock Code."

This is where the frustration began for teenagers in the 2000s. Without a credit card or access to WAP billing, the full game seemed forever out of reach. Nokia Racing Attack Unlock Code -

If you search online, you will find thousands of posts claiming the code is simply:

*#170602112302#

Or variations like:

*#170602112302# *#73287426#

Does this work? Partially. The code #*170602112302# is actually the Nokia Engineering Menu code to launch the TETRA tune test. In some early firmware versions, entering this while inside Racing Attack would bypass the demo timer due to a glitch in the memory heap. It worked on exactly three firmware versions: Nokia 3510i v5.00, Nokia 6310 v6.22, and Nokia 7210 v4.70.

For 99% of users, these codes do nothing. Before we discuss the code, we must understand the game

Nokia phones from the DCT-3 and DCT-4 era (late 90s to mid-2000s) had a fatal flaw. The security code wasn't hashed securely. Developers realized you could use the phone's IMEI number (dial *#06# to get it) to calculate a universal Master Code (often called the Nokia Free Calculator or Racing Attack code).

The process looked like this:

Code: 91084523

If your Racing Attack demo showed a request code like 2121234567, you could:

For many users, this felt like hacking — but it was actually just script kiddie level tinkering, made possible by leaked or cracked algorithms.