Frame sliders are often the first crash-protection mod riders buy—and for good reason. They can help reduce damage in a low-speed tip-over and may save expensive parts during a mild slide. But for many real-world crashes (and especially for stunt riding), frame sliders aren’t always enough. At On Point Performance, we help riders build protection setups that match how they actually ride, not just what looks good on a parts list.
What Frame Sliders Do Well (and Where They Shine)
Frame sliders are designed to create a sacrificial contact point between your bike and the pavement. In certain scenarios, they can be a smart, cost-effective layer of protection.
- Low-speed tip-overs in parking lots or at stoplights
- Mild slides where the bike stays relatively flat and doesn’t tumble
- Keeping fairings off the ground on some sportbike setups
- Reducing cosmetic damage when the crash energy is low and controlled
Why Frame Sliders Aren’t Always Enough
The problem isn’t that sliders are “bad.” It’s that many riders expect them to handle situations they weren’t designed for. Real crashes can involve tumbling, curbs, uneven pavement, high friction grab points, or repeated impacts—conditions where a single puck on each side can’t protect everything.
1) They fail at speeds above 15 mph
The slider can break off or break the bolt that attaches it to the motor mounts, causing complete failure of its protection
2) They Don’t Protect High-Value “Edge” Components
The majority of frame sliders are mounted to the bike at a point that is not high enough to catch the top weight and prevent the bike from rolling over. If the slider doesn’t break off, it should protect the motor and the side plastics but it will not help prevent the bike from rolling over onto many other expensive components,: Gas tank, handlebars, levers, sub frame, and tail faring.
3) Mounting Points Matter—A Lot
Not all frame slider mounting solutions distribute force the same way. Some designs concentrate impact loads into a single point or bolt. In certain crashes, that can lead to bent mounts, damaged engine bosses, or stressed frame tabs. A “strong” slider isn’t useful if the force path is wrong for your bike and riding style.
4) Stunt Riding Creates Different Impacts Than Street Riding
Street crashes tend to involve sliding at speed. Stunt crashes often involve sharp drops, repeated low-speed hits, and hard impacts during balance point mistakes, loop-outs, or failed saves. Frame sliders alone typically won’t cover the common contact points in these scenarios.
Better Crash Protection: What Street Riders Should Add
Race Rails – Light weight and low profile, they provide the best level of protection for the average street lighter who may occasionally drop his bike. You won’t even know they’re there until you need them.
Better Crash Protection: What Stunt Riders Should Add
Stunt riders need protection designed for repeated impacts and common stunt contact points. The best setups focus on keeping the bike rideable after a drop and reducing expensive structural damage over time.
Stunt Cages
Crash cages provide a wider, stronger protection structure than typical frame sliders. They can help prevent core components from contacting the ground and can handle repeated hits better in many stunt scenarios.
- Broader impact coverage compared to small slider pucks
- Better protection for every component
- Built for repetition when practicing and progressing
Subcage
- Strong platform feet are securely mounted on pegs giving you added confidence
- Solid pegs eliminates the chance of stock, passenger pegs folding during a wheelie
- Strengthens the subframe links, the left and right side together with a crossbar, adding significant strength
- Prevents rollovers if the bike has the momentum to roll over the cage, the rear pegs will catch it and prevent it from hitting the tail faring
Triangle 12 O’Clock BarsFfor when you got balance point down and are ready to take it to the next level and scrape
Radiator cages
These bikes were never designed to have repeated impacts to the ground. The radiator tabs are especially weak and susceptible to breaking. Our radiator cages, have their own mounts built into the cage, so that even if your mounts are ripped off, your radiator can be used with our cage. The On-Point radiator cage also allows you to add a secondary fan for extra cooling, which is necessary for lot riding.
Choosing the Right Setup: Street vs. Stunt vs. Both
The best protection depends on how and where you ride. A street rider who mainly commutes and hits twisties may prioritize low-profile protection. A dedicated stunt rider will prioritize wide coverage and repeat-impact durability. If you do both, you’ll want a balanced system that doesn’t create unnecessary snag points at speed.
- Street-focused: Race Rails
- Stunt-focused: stunt cage + subcage
Common Mistakes Riders Make With Crash Protection
- Buying protection based on looks instead of impact coverage and mounting design
- Skipping shock absorption our stunt cages, have shock, absorbers built into the sliders
- Mixing incompatible parts that interfere with fairings, exhausts, or controls
- Assuming “one part” prevents all damage in every crash scenario
- Choosing overly cheaper products we have seen welds fail, cheap material and not thoroughly thought out designs by other companies that are trying to provide a cheap product.
How On Point Performance Helps You Protect Your Bike the Right Way
At On Point Performance, we build protection setups that fit your riding style—whether you’re carving streets, commuting daily, learning wheelies, or sending combinations at the lot. The goal isn’t just to add parts. It’s to create a complete crash-protection strategy that reduces damage, keeps you riding, and saves money in the long run.
If you’re unsure whether your current sliders are enough, consider upgrading to race rails,, and—if you stunt—upgrade to a stunt cage and sub cage designed for repeat impacts.
Keywords: frame sliders, motorcycle crash protection, crash cage, engine case covers, axle sliders, stunt bike protection, street bike protection