Flat Out in Spain: Christine GZ x Team Ignition at Vittorio Caneva Rally School

From impact to comeback, inside a full-throttle gravel session in Catalonia

Catalonia. Loose surface. No margin for hesitation.

This episode of Team Ignition drops straight into the core of rally driving, hosted at our Spanish base where gravel technique is not explained, it is engineered and executed. Behind the wheel are Selema Masekela and Christine GZ, a driver who has built her career on commitment at the limit, and rebuilt it after one of the most violent crashes of her career.

What follows is not a showcase. It is a technical breakdown in motion.

From Crash Dynamics to Control Recovery

Christine opens up about her most brutal high-speed incident, a moment every rally driver understands: when mechanical grip, trajectory, and reaction time collapse into survival instinct. The difference is what comes next.

At Vittorio Caneva Rally School, this phase is where drivers are rebuilt.

Our gravel programs are structured to reprogram reaction timing, refine load transfer management, and re-establish confidence under instability. Every drill is designed to simulate the same variables that define real rally conditions: low grip, unpredictable surfaces, and high-speed commitment.

Driver Coaching Under Real Rally Conditions

Selema Masekela doesn’t just observe. He drives.

Under Christine’s guidance and within our training framework, he steps into a rally car on loose surface, immediately exposed to the fundamentals that define performance on gravel:

Weight transfer under braking on low grip
Steering input timing before apex commitment
Throttle modulation to control rear slip angle
Vision and pacenote anticipation

This is exactly the core of our 2WD and 4WD Pro Gravel Rally Courses. No simulation. No shortcuts. Just repetition at the limit until inputs become automatic.

120 mph on Dirt: Precision at Maximum Commitment

Then comes the real test.

A flat-out off-road run, reaching 120 mph on a narrow dirt track. This is where technique meets trust. At these speeds, every micro-correction matters:

Steering angle must stay minimal to avoid energy loss
Throttle application must be progressive to maintain traction
Car balance is controlled through millimetric inputs, not aggression

This is the same environment we use to train professional drivers preparing for WRC, ERC, and national championships. The objective is simple: operate at the edge, without crossing it.