Long travel suspension is one of the most misunderstood concepts in the truck building world. It sounds straightforward — suspension that travels farther than stock — but the reality is a comprehensive re-engineering of the front (and often rear) suspension that transforms a truck's capability at the cost of significant complexity and expense. It's not a bolt-on upgrade, it's not a bigger version of a lift kit, and it's definitely not for everyone.
At Redline Auto Creations, we've built long travel setups on everything from Toyota Tacomas to Ford Raptors to full-size prerunner trucks. We've seen the incredible capability these systems deliver — and we've seen the disappointment when customers install them without understanding what they're getting into. This guide explains what long travel suspension is, how it works, what it costs, and most importantly, who actually needs it.
Suspension travel is the total distance your wheel can move from full droop (the lowest point, when the wheel hangs completely unloaded) to full bump (the highest point, when the suspension is fully compressed). On a factory truck, total front suspension travel typically ranges from 6 to 10 inches depending on the vehicle. A stock Toyota Tacoma, for example, has roughly 7.5 inches of usable travel. A factory Ford Raptor — which is specifically designed for off-road performance — offers about 13 inches up front.
Long travel suspension extends this range significantly, typically adding 30% to 100% more travel than stock. A long-travel Tacoma might achieve 12 to 14 inches of total travel. A dedicated prerunner build can exceed 18 to 20 inches. This additional travel is what allows the truck to absorb massive hits — whoops, G-outs, jumps, and high-speed desert terrain — that would bottom out or destroy a standard suspension.
More suspension travel means the wheel can move farther before hitting its limits. This translates directly to higher sustained speeds over rough terrain. When a standard-travel suspension hits a series of bumps at speed, the shocks and springs run out of travel quickly. The truck bottoms out, the driver feels a jarring impact, and components start breaking. The driver has to slow down to a speed the suspension can handle.
With long travel, the wheel has room to follow the terrain. Where the standard truck would bottom out and bounce off a whoop, the long-travel truck absorbs it mid-stroke and is ready for the next one. This is why desert racers, prerunner enthusiasts, and high-speed off-roaders pursue long travel — it's the difference between crawling through rough terrain at 15 MPH and blasting through it at 50+ MPH.
This is also why long travel is fundamentally different from a standard lift kit. A lift kit raises the truck for tire clearance and ground clearance. Long travel is about suspension performance — specifically, the ability to absorb impacts at speed. They address different problems and serve different purposes, though they're often confused.
The foundation of any long travel system is the control arms. Factory control arms are a specific length designed for the stock track width and suspension travel. Long travel control arms are longer — significantly longer — typically extending the track width by 2 to 6 inches per side. This extra length increases the arc radius of the wheel's travel, allowing more vertical motion before the CV axle angles become problematic.
Upper control arms in a long travel system are also redesigned. They're typically uniball-equipped (using spherical bearings instead of rubber bushings) for zero deflection under load, and they're positioned to maintain proper camber and caster throughout the extended travel range. The geometry of these arms is calculated specifically for the longer lower arms — you can't mix and match upper and lower arms from different systems.
With the track width wider and the travel range greater, factory CV axles are too short and can't handle the angular range required. Long travel systems require extended CV axles — either purpose-built units or modified factory axles — that are long enough to accommodate the wider track and strong enough to survive the extreme angles they'll see at full droop.
CV axle strength is a critical concern in long travel builds. The added length, combined with the greater angular range and the higher speeds at which the suspension cycles, places enormous stress on CV joints. Budget long travel builds often use factory-diameter CVs with extended shafts, while serious builds use larger-diameter, race-spec CVs from companies like RCV Performance or Driveline Specialties. The difference in durability is dramatic — factory-size CVs on a hard-driven long travel truck might last one desert season. Race-spec CVs can last years.
Long travel suspension requires shocks that can handle the extended travel range while providing proper damping throughout the stroke. Standard shocks — even quality lifted-truck shocks from Fox, Bilstein, or King — aren't designed for the stroke lengths and heat generation that long travel applications demand.
The gold standard for long travel damping is the bypass shock. Unlike conventional shocks that use a single piston and valve stack to control damping, bypass shocks use external tubes that route fluid around the shock body at specific points in the stroke. This allows the builder to tune the damping characteristics at multiple positions — soft near ride height for comfort, progressively firmer as the shock compresses to resist bottoming, and controlled rebound to prevent the truck from launching off the terrain.
King, Fox, and Sway-A-Way are the dominant players in the long travel shock market. King's 2.5- and 3.0-inch-body bypass shocks are the industry standard for serious builds, with pricing ranging from $1,500 to $4,000 per shock depending on size, number of bypass tubes, and configuration. Fox's 3.0 Factory Series bypass shocks compete directly with King and are found on many factory performance trucks and race vehicles. Sway-A-Way offers coilover solutions that work well in moderate long travel applications at a somewhat lower price point.
When you widen the track by 4 to 12 inches total and increase suspension travel by 50% or more, the factory fenders no longer contain the tires. At full compression, the top of the tire would slam into the inside of the stock fender. At full droop, the wider-set wheel extends well beyond the fender opening. And at full lock with compression, the tire would contact the fender liner, inner fender, and potentially the frame.
This is why virtually every long travel build uses fiberglass fenders — wider, purpose-shaped body panels that accommodate the extended track width and travel range. Companies like Glassworks Unlimited, McNeil Racing, and Bulge Fenders offer fiberglass fender options for popular platforms that provide the necessary clearance while giving the truck the wide, aggressive stance that's become synonymous with the prerunner aesthetic.
Fiberglass fenders require cutting the stock metal fenders (or removing them entirely), fitting the fiberglass replacements, and blending them into the body. This is bodywork, not just suspension work, and it requires skill to execute properly. Poorly fitted fiberglass fenders look terrible and can crack or separate from the body. This is one of the reasons that long travel builds are significantly more labor-intensive than standard lift kits.
Beyond the major components, a complete long travel system typically includes: limit straps (to prevent the suspension from over-extending at full droop, which would destroy the CV joints), bump stops (to prevent metal-to-metal contact at full compression), extended brake lines (to accommodate the greater travel range), steering extensions or re-routed steering components, and often a reinforced or replaced spindle and hub assembly.
Many builds also incorporate bed-mounted spare tire carriers, additional lighting, skid plates extending to the widened track width, and upgraded cooling systems (because thrashing a truck through desert terrain at high speed generates enormous heat in the engine, transmission, and power steering system).
A realistic breakdown for a long travel build on a popular platform like a 2016+ Toyota Tacoma looks something like this:
Long travel control arm kit (upper and lower): $2,000 to $5,000. Extended CV axles: $800 to $2,500. Front coilovers or bypass shocks: $2,500 to $8,000 for a pair. Rear shocks (bypass or reservoir): $1,500 to $4,000 for a pair. Rear leaf spring pack or link kit: $500 to $2,000. Fiberglass fenders: $800 to $2,500 for a set. Extended brake lines: $100 to $300. Limit straps: $100 to $400. Bump stops: $100 to $300. Hardware, bushings, and miscellaneous: $300 to $800.
Total component cost ranges from roughly $8,000 to $25,000+ depending on brand selection and build level. And that's before labor.
A long travel installation is not a one-day job. A straightforward bolt-on long travel kit on a well-supported platform takes 20 to 30 hours of labor from an experienced shop. Builds requiring custom fabrication, fiberglass fitment, and suspension tuning can run 40 to 80+ hours. At shop labor rates, this adds $2,000 to $10,000+ to the total build cost.
The total investment for a properly built long travel truck — including components, labor, wheel and tire changes, alignment, and supporting modifications — typically ranges from $12,000 to $40,000+. This is not an exaggeration. This is the real cost of doing it right.
Long travel builds are emphatically not DIY projects for the average enthusiast. They require precision measurement, understanding of suspension geometry, experience with fiberglass fitting, knowledge of proper CV axle angles, and the ability to tune bypass shocks for the specific vehicle and intended use. A poorly built long travel truck can be dangerous — improperly installed limit straps can fail and allow CV destruction, incorrectly tuned shocks can cause the truck to buck wildly over terrain, and misaligned geometry can create handling characteristics that are genuinely hazardous at the speeds these trucks are capable of.
If you regularly run desert terrain at speed — whether that's organized events like King of the Hammers, desert racing series like Best in the Desert, or weekend blasts through places like the Mojave or Baja — long travel is a genuine performance upgrade that meaningfully enhances your capability and safety. The ability to absorb terrain at speed is exactly what these systems are designed for, and in this context, the investment makes complete sense.
The prerunner community exists specifically to replicate the capability and aesthetic of desert race trucks in a non-competitive context. If you're building a purpose-built prerunner — a truck designed for high-speed desert exploration and weekend trips to the dunes or desert — long travel is a core requirement of the build. It's not optional; it's definitional. A prerunner without long travel is just a lifted truck with fiberglass fenders.
If you have a dedicated off-road vehicle that doesn't serve double duty as a daily driver or work truck, long travel can be a worthwhile investment. The compromises — ride height, wider track width that may not be street-legal in all jurisdictions, potentially voided warranty, and ongoing maintenance demands — are acceptable when the vehicle has a single purpose.
If your truck is your daily driver and you hit trails or dirt roads a few times a month, you do not need long travel suspension. A properly built 3- to 4-inch lift kit with quality coilovers will handle everything you're throwing at it while maintaining the daily-driver comfort and practicality you need. Long travel on a daily driver creates compromises that aren't worth the tradeoff: wider track width that makes parking lots and drive-throughs annoying, potentially harsher on-road ride (if the shocks are tuned for off-road), fiberglass fenders that chip and crack in daily use, and aggressive tire wear from the wider track.
Some truck owners want the prerunner look — wide fenders, aggressive stance, big shocks mounted externally — without actually pursuing high-speed off-road driving. While we understand the aesthetic appeal (it does look incredible), we'd be dishonest if we didn't point out that you're spending $15,000 to $30,000+ on capability you'll never use. If the look is truly what you want and budget isn't a constraint, that's your call. But understand that you're paying for engineering and components designed for a specific purpose, and using them as cosmetic modifications.
This might seem counterintuitive, but most rock crawling applications don't benefit from long travel IFS suspension. Rock crawling favors slow-speed articulation over high-speed absorption, and solid axle suspensions with long-arm link kits typically provide better articulation, simpler gearing, and more predictable behavior at crawling speeds. If your primary off-road activity is rock crawling, a well-built suspension lift with proper articulation on a solid-axle vehicle will serve you better than a long travel IFS setup.
The Tacoma and 4Runner are among the most popular long travel platforms, supported by a deep aftermarket including Total Chaos, Camburg, Kings, and Kibbetech. The mid-size platform keeps overall width manageable (critical for trail width limits), and the Toyota drivetrain is renowned for reliability under hard use. Long travel Tacomas are the backbone of the grassroots prerunner community.
The Ford Raptor comes from the factory with a suspension system that's essentially a mild long travel setup — wider than the standard F-150, with Fox internal bypass shocks and extended travel. Aftermarket long travel kits from companies like Camburg, SVC Offroad, and Kibbetech take the Raptor further, adding more travel, wider track, and the ability to run true bypass shocks. Standard F-150s can also be converted to long travel, though the build is more extensive since you're starting from a narrower base.
Full-size GM trucks are increasingly popular long travel platforms. The wider frame and longer wheelbase provide a stable base, and companies like Kibbetech, Camburg, and Brenthel Industries offer comprehensive long travel kits. The GM platform requires more fiberglass work due to the larger body panels, but the result is an enormously capable high-speed desert truck with room for gear and passengers.
Jeep's solid-axle design doesn't lend itself to traditional IFS long travel builds. However, long-arm suspension kits with coilovers or bypass shocks provide significantly more articulation and controlled travel than stock. Companies like EVO Manufacturing, Synergy, and GenRight offer Jeep-specific solutions that blur the line between traditional long-arm kits and long travel builds. These are typically paired with coilover conversions for maximum performance.
Long travel suspension is higher maintenance than standard lifted suspension. Period. The extended CV axles see greater angular stress and need regular inspection for torn boots and wear. Bypass shocks require periodic rebuilding — typically every 10,000 to 20,000 miles of hard use, or annually for vehicles that see regular desert duty. Uniball joints in the control arms wear and need replacement on a regular schedule. Limit straps fatigue and must be inspected for fraying.
A regular maintenance schedule is not optional with long travel — it's the cost of entry. Budget for annual shock service ($200 to $500 per shock), CV axle inspection and potential replacement every 2 to 3 seasons of hard use, and periodic uniball replacement ($50 to $200 per joint). Ignoring this maintenance doesn't just reduce performance — it creates genuine safety hazards.
The decision to build a long travel truck should be driven by how you actually use your vehicle, not by social media inspiration. If you're consistently pushing the limits of your current suspension at speed over rough terrain, if you're involved in desert racing or prerunner events, or if you're building a dedicated off-road machine — long travel is the solution designed for your needs.
If you're looking for a truck that looks aggressive and handles well on trails at moderate speeds, a quality mid-range lift kit with premium shocks will deliver 90% of what you need at 30% of the cost. There's no shame in that — it's smart building.
Whether you're ready to commit to a full long travel build or you want to explore what level of suspension upgrade actually matches your needs, Redline Auto Creations has the experience and honesty to guide you in the right direction. We've built everything from mild street lifts to full prerunner builds, and we'll tell you straight what makes sense for your situation.
Contact us today or call (813) 544-4009 to start the conversation. We'll help you build the truck that matches your real-world goals — not someone else's Instagram feed.
At Redline Auto Creations, we specialize in crafting custom vehicles with precision and passion. From wheels and tires to suspension, performance upgrades, and custom designs, we bring your vision to life. Contact us today and transform your ride.
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