When people shop for long-travel suspension, the first question is usually:

“How much travel does it have?”

More inches sounds better. More travel looks cooler. But in the real world, how the suspension moves matters far more than how far it moves.

At AVID Racing Designs, our suspension kits aren’t just about adding travel. They’re designed around correct suspension geometry—because geometry is what determines how the vehicle handles, steers, and stays stable at speed.

Let’s break that down in plain English.

Suspension geometry is the relationship between all the suspension parts—control arms, uprights, steering links, and shocks—and how the wheel moves through its travel.

In other words:

• Geometry controls the path the tire takes

• Geometry controls how the tire leans

• Geometry controls how the steering behaves

• Geometry controls how stable the vehicle feels at speed

You can add 5 inches of travel and still end up with a car that:

• Feels twitchy

• Wanders at speed

• Kicks the steering wheel in rough terrain

• Or loses grip when cornering

That’s what happens when travel increases but geometry doesn’t get redesigned to match.

Many long-travel kits on the market focus on arm length and width without fully correcting geometry. The result can be:

• Tires leaning the wrong direction in corners

• Steering that changes direction as the suspension cycles (bump steer)

• Increased steering kickback in rough terrain

• Less predictable handling at speed

• Shocks that aren’t working efficiently through their stroke

The suspension moves farther, but it doesn’t necessarily work better.

AVID Racing Designs builds suspension kits by redesigning geometry, not just adding length. That means focusing on how the wheel behaves throughout the entire range of motion.

As suspension compresses, poorly designed geometry can cause the tire to tip outward, reducing grip. AVID designs its arm geometry to keep the tire flatter through travel, improving stability and traction.

Steering feel isn’t just about power steering—it’s about geometry. AVID designs upright and steering geometry to maintain proper steering axis angles, improving stability and reducing harsh kickback in rough terrain.

When the suspension cycles, poorly matched steering geometry can cause the wheels to steer themselves over bumps. AVID corrects bump steer by aligning suspension and steering arcs so the wheel tracks straight through travel.

Shock angle and leverage matter. AVID designs shock mounting points and arm geometry to give the shock a better motion ratio, allowing the damper to work more efficiently through the entire stroke.

At low speeds, almost any long-travel kit can feel “fine.”

At high speeds—whoops, desert chop, race pace—that’s when geometry shows.

Correct suspension geometry delivers:

• More stability

• Better steering feel

• More predictable handling

• Less driver fatigue

• More confidence pushing the car

That’s why race-proven suspension focuses on geometry first, travel second. 

Wide-track platforms amplify geometry issues if not designed correctly. The same geometry-first approach applies to AVID Maverick R suspension kits, where stability and steering feel are critical at speed.”

Most long-travel kits add inches.

This design philosophy is why AVID suspension kits are used in high-speed desert racing and aggressive off-road builds. Geometry isn’t a buzzword—it’s the difference between a car that looks good in photos and one that performs when it counts.

If you’re building a Polaris Pro R for high-speed desert use, geometry becomes even more important. This design philosophy is why AVID Pro R suspension kits are used in high-speed desert racing and aggressive off-road builds.

Frequently Asked Questions

Q: What is suspension geometry?
A: Suspension geometry refers to how the suspension components are positioned and how the wheels move through their travel. Proper geometry affects handling, steering feel, tire contact, and stability at speed.

Q: Is more suspension travel always better?
A: Not necessarily. More travel without corrected geometry can lead to unpredictable handling, poor tire contact, and unstable steering. Geometry determines how usable that travel actually is.

Q: What is bump steer?
A: Bump steer happens when suspension movement causes the wheels to turn unintentionally. Properly designed suspension geometry minimizes bump steer for more stable steering in rough terrain.

Q: Why does camber change matter off-road?
A: Camber affects how flat the tire sits on the ground. Better camber control keeps more tire contact on the terrain, improving traction and stability during cornering and suspension compression.

Q: Do AVID suspension kits change geometry or just add travel?
A: AVID suspension kits are designed to redesign suspension geometry, not just increase travel. This improves steering stability, shock performance, and overall handling at speed.

If you’re building a Pro R, Maverick R, or any high-performance UTV, don’t just ask how much travel a kit adds. Ask:

• How does the suspension move?

• How does it steer under compression?

• How does it behave at speed?