Skip to content

Split Mu surfaces

High quality split Mu surfaces for real world testing

SHPG offers six outdoor split-mu surfaces, engineered with a range of ice, asphalt, and snow combinations for controlled mixed-friction testing. Typical surfaces measure 140–160 m in length, with 2–4 m wide asphalt with expertly prepared low-mu ice (0.1 Mu or lower). Transitions feature a clean jump edge to high-mu asphalt, enabling accurate testing of real-world split-friction scenarios. Inside our ice tunnel, we also offer an indoor split-mu surface for controlled all weather testing. Our newest facility, the Checkerboard, features offset snow and ice splits designed to rigorously challenge vehicle technology under complex mixed-friction conditions. All surfaces are continuously monitored and maintained to ensure repeatable and reliable assessment of vehicle stability and dynamics.

Flat Mu-split Testing Facilities

Braking Systems

- Anti-lock braking system (ABS)
- Brake force distribution and brake assist
- Regenerative braking

Stability control systems

- Electronic stability control (ESC)
- Traction control system (TCS).
- Yaw control

Driveline and powertrain systems

- Torque distribution
- Torque vectoring systems
- Launch performance on mixed surfaces

Steering and chassis systems

- Understeer/Oversteer tuning
- Steering feedback systems

Advanced Driver Assistance Systems (ADAS)

- Autonomous emergency braking (AEB)
- Lane keeping / control algorithms
- Driver monitoring and intervention logic

Dark Vortex
RESULTS
At SHPG we are very focused on ensuring you obtain the test results you need; our aim is for your company to leave SHPG 100% tested. We will do everything we can to help you to make this happen and ensure you are getting the absolute most from your test program in NZ.
MU SPLIT

Precision,
Privacy, AND
Performance

Elevate your testing with Southern Hemisphere Proving Grounds—we’re your global leader in winter testing facilities for automotive, component and tyre manufacturers.

© 2025 Southern hemisphere proving grounds

Website Design by Meta digital