Slingmods Can Am solutions give UTV enthusiasts a flexible way to enhance side-by-side performance and comfort. Riders use these systems to adjust ride height, improve suspension travel, and tailor handling for trails, work zones, or weekend recreation.
Designed for Can Am models, slingmods combine robust mounts with adjustable components so enthusiasts can optimize load capacity, articulation, and ride dynamics. The following sections break down how these setups work, what to compare, and how to choose the right approach for your machine.
| Key Feature | Description | Benefit | Best For |
|---|---|---|---|
| Adjustable Suspension | Per-paddle or threaded damping adjustments with extended travel | Fine-tune compression and rebound for terrain changes | Trail riding, mud, sand, and technical obstacles |
| Side-By-Side Mounting | Direct anchor points aligned with factory hardclip locations | Simplifies installation and maintains OEM geometry | Quick swaps, multi-sport use, and minimal fabrication |
| Lift and Level Kits | Coilover or spacer kits to increase ride height and balance stance | Reduces undercarriage strikes and improves approach angles | Off-camber trails, rock crawling, and heavy cargo |
| Shock Compatibility | Support for remote reservoirs, piggyback bodies, or custom canisters | Expands tuning options for varied suspension loads | Competitive racing, long-distance hauling, and high-speed dune runs |
| Material and Finish | Forged or billet aluminum with powder coating or anodized protection | Balances weight, strength, and resistance to rocks and abrasion | Rock gardens, desert mileage, and forestry work |
Performance Handling with Slingmods Can Am Setups
Performance handling is often the first noticeable change when adding slingmods to a Can Am side-by-side. By repositioning spring and shock mounting locations, these systems alter leverage ratios, which can reduce body roll and improve cornering confidence. Stronger, more direct linkage paths also help maintain tire contact, especially when climbing or descending uneven surfaces.
Many slingmods include adjustable a-arm mounts or stackable washers to dial in camber and toe under various loads. Riders who tackle switchbacks, high-speed berms, or loose dirt benefit from setups that balance initial steering precision with progressive feedback. Proper alignment checks and consistent maintenance further protect steering and drivetrain components over time.
Comfort and Daily Driving Characteristics
Comfort becomes more apparent on longer rides, where suspension tuning and frame design can either amplify or dampen harsh impacts. Slingmods often use progressive-rate springs and well-matched dampers to control small bumps while keeping larger hits controlled rather than harsh. A settled ride height and balanced stance also reduce constant driver corrections, leading to less fatigue on twisty backroads or open terrain.
For daily drivers, noise, vibration, and harshness are shaped by bushing materials, shock valving, and how well the chassis manages repeated impacts. Softer initial spring rates and tuned bump control can make seat-of-the-pants confidence high without sacrificing stability when the throttle opens up.
Durability, Materials, and Off-Road Protection
Durability starts with frame geometry that resists twisting while still allowing controlled suspension articulation. Slingmods for Can Am models often use thick-walled steel or aircraft-grade aluminum, which withstand rocks, logs, and curb strikes better than thinner OEM components. Coatings and finishes add another layer of defense against stone chips, mud, and UV exposure on multi-day expeditions.
Critical areas such as pivot blocks, mounting ears, and linkage attachment points benefit from sealed bearings and robust bushings. Routine inspections for cracks, wear marks, or loose fasteners help maintain protection levels so that one hard hit does not turn into a bent rail or cracked mount.
Installation, Fitment, and Compatibility Notes
Fitment accuracy is central to slingmods performance because each Can Am generation can differ in hardpoint spacing, roll-cage design, and brake line routing. Detailed instructions, proper bushing or spacer kits, and careful measurement before drilling reduce installation surprises and alignment issues. Some systems also require minor trimming or bracket adjustments to avoid interference with doors, boxes, or factory lighting, so planning space needs ahead of time matters.
Professional installation is recommended for riders who want precision alignment, correct pinion-and-pinion angles, and proper shock indexing. When paired with a careful break-in period and initial alignment check, slingmods can integrate cleanly with the existing chassis and electronics.
Key Takeaways and Practical Recommendations
- Match suspension travel and lift height to your most common riding environment and typical cargo loads.
- Prioritize forged or billet mounting hardware and coated finishes for long-lasting protection against rocks and abrasion.
- Verify drivetrain angles and steering geometry after installation to protect CV boots and reduce tire wear.
- Use a consistent maintenance schedule that includes bushing inspections, shock service intervals, and fastener torque checks.
- Keep records of alignment settings and ride feel so future adjustments or upgrades remain consistent and predictable.
FAQ
Reader questions
Will installing slingmods void my Can Am factory warranty?
Warranty coverage depends on the manufacturer’s policy and whether damage results from the installation itself or a defect in the slingmods. Professional installation records and using manufacturer-recommended parts can help clarify responsibility in most cases.</
How do I choose the right lift height with slingmods for my Can Am?
Pick a lift height that matches your most common use, such as 1 to 2 inches for trail riding or 2 to 3 inches for rock crawling and deep ruts, while keeping front and rear lift close to balanced for stable handling.</
Do slingmods affect drivetrain angles or CV boot life on my Can Am?
Yes, changing suspension height and arm angles can alter drivetrain operating angles, so following the slingmod manufacturer’s alignment guidance and inspecting boots regularly helps avoid premature wear or failure.</
What maintenance schedule should I follow after fitting slingmods to my Can Am?
Inspect key fasteners, bushing wear, and shock seals after the first 500 miles, then follow a routine schedule of checking alignment, lubrication points, and linkage play to keep performance consistent.