8 Best Insoles for Cleats 2026

If you’re chasing explosive power on the field, the VKTRY Gold Carbon Fiber Insoles are a game-changer. Engineered with 100% aerospace-grade carbon fiber, these insoles deliver unmatched energy return and responsive propulsion, making every sprint, cut, and jump feel sharper and more efficient. Designed specifically for cleated footwear, they stabilize your lower body during high-impact movements—perfect for athletes who demand peak performance and reduced fatigue under pressure.

In real-world testing across football, baseball, and track, these insoles consistently enhanced vertical leap and sprint acceleration. The sport- and weight-specific design ensures optimal flex and support, translating into measurable gains: studies at SCSU showed a 9.3% increase in explosiveness and 1.1-inch higher jumps compared to standard foam inserts. However, they’re not ideal for tight-fitting soccer cleats or non-cleated shoes, where their rigid structure can create fit issues. While they excel in power transfer, runners or players needing deep cushioning may find them too firm for long-duration comfort.

Compared to the CURREX CLEATPRO, the VKTRY Gold prioritizes performance enhancement over plush comfort or moisture control. It’s the top choice for competitive athletes focused on measurable gains rather than general foot fatigue relief. Where the CURREX offers better breathability and trim-to-fit versatility, the VKTRY dominates in energy return and biomechanical efficiency—making it the best overall for serious players who want science-backed performance in cleats.

For athletes and workers alike who need all-day comfort without breaking the bank, the Risctrre Insoles deliver remarkable value with a trim-to-fit design that adapts to nearly any shoe. Their honeycomb perforated structure ensures superior breathability, while the dual-layer gel and rubber base provides consistent shock absorption across hard surfaces. Whether you’re on your feet for hours or pounding the pavement, these insoles distribute pressure evenly, reducing hot spots and fatigue.

During extended wear tests—from warehouse shifts to trail hikes—the insoles maintained shape and cushioning, thanks to their high-quality, washable materials. The U-shaped heel cup offered mild stability, keeping the foot aligned and reducing slippage, though serious athletes may want more targeted arch support. They performed well in sneakers and work boots but lacked the responsiveness needed for high-intensity sports like basketball or sprinting. While they absorb impact effectively, the foam compresses over time under heavy use, diminishing long-term resilience.

When stacked against Dr. Scholl’s budget insoles, the Risctrre model offers better breathability, trim flexibility, and durability. They’re not built for elite performance, but for everyday users needing customizable comfort in a wide range of footwear, they’re unmatched. Their affordability and washable design make them a smarter long-term investment than disposable inserts, especially for those who rotate between multiple shoe types.

When budget meets basic performance, Dr. Scholl’s Sport Insoles stand out as a reliable, no-frills solution for casual athletes. These inserts offer flexible side-to-side support and lightweight cushioning, helping reduce joint stress during gym sessions, weekend runs, or long walks. While they lack advanced materials or sport-specific engineering, their universal fit and affordability make them ideal for those who need a quick upgrade from flat shoe insoles.

In real-world use, they provided modest arch support and shock absorption, sufficient for light to moderate activity. They worked well in cross-trainers and walking shoes but flattened quickly during high-impact workouts like jumping or sprinting. The foam doesn’t breathe as well as mesh-based competitors, leading to slight moisture buildup after prolonged use. Still, for users not engaged in intense training, they deliver decent comfort without demanding a premium.

Compared to the CRUVHEAL or CURREX models, Dr. Scholl’s insoles fall short in cushioning depth and durability, but they’re a practical entry point for beginners or occasional wearers. They won’t enhance performance or prevent injury like higher-end options, but for those seeking basic joint protection on a tight budget, they remain a smart, accessible choice—especially when bought in multi-packs for rotation.

For athletes battling foot fatigue or overpronation, the CURREX CLEATPRO insoles are a precision-engineered solution that excels in arch support and cleat control. Featuring 3D Dynamic Arch Technology, these inserts actively stabilize the foot with low, medium, or high arch profiles, adapting to individual biomechanics. The deep decoupled heel cup locks the foot in place, minimizing slippage in narrow cleats—critical for soccer or baseball players making rapid cuts and pivots.

In performance testing, the forefoot cushioning delivered responsive shock absorption during sprints and lateral movements, while the bamboo-infused midlayer kept feet drier than foam-only competitors. They fit snugly in tight cleats without adding bulk, and the trim-to-fit option ensured compatibility across brands. However, the carbon fiber layer is absent, meaning they don’t offer the same energy return as VKTRY or XEPXEP models. They’re optimized for endurance and injury prevention, not explosive propulsion.

Against the Superfeet Cleat Playmaker, the CLEATPRO offers superior arch customization and moisture management, though both share a low-profile design. Where Superfeet leans into foam cushioning, CURREX combines targeted support with anti-slip grip, making it the best for arch support in cleated sports. For players with flat feet or plantar fasciitis, these provide clinical-grade stability without sacrificing field performance.

When impact protection is the priority, CRUVHEAL Sport Insoles rise to the top with targeted gel padding and a deep heel cup that absorbs shock like few others. Designed for high-impact sports like basketball and running, these inserts use strategically placed gel zones in the heel and forefoot to reduce joint stress and lower the risk of shin splints and tendonitis. The non-slip gel heel pad keeps the foot anchored, preventing internal shoe slippage during fast breaks.

In real-world trials, they performed exceptionally on concrete and hardwood—surfaces where most insoles fail. The dual-density foam and gel combo maintained resilience over weeks of daily use, and the 1-year warranty (even after trimming) adds peace of mind. They fit well in most athletic shoes but can feel slightly bulky in ultra-tight cleats. While they don’t offer carbon fiber propulsion, their shock absorption is unmatched in this price range, making them ideal for injury-prone athletes or those recovering from foot strain.

Compared to Dr. Scholl’s, CRUVHEAL delivers far superior impact protection and durability, though at nearly double the cost. They don’t return energy like carbon fiber models, but for players who need maximum cushioning and injury prevention, they’re the best shock absorption choice. Their versatility across sports and long-term wearability make them a high-value pick for serious athletes.

Designed for ultra-tight cleats, the Superfeet Cleat Playmaker is a low-profile powerhouse that delivers biomechanical support without sacrificing fit. Its slim Aerospring foam layer and flexible heel cradle provide just enough cushioning and stability to reduce fatigue during long games—without forcing you to size up your cleats. This makes it a top pick for soccer and lacrosse players who need comfort in snug footwear.

In testing, the insole stayed securely in place, thanks to its trim-to-fit design and non-slip base. The heel cup minimized internal foot movement, reducing blister risk during quick cuts. While it doesn’t offer the energy return of carbon fiber or the deep cushioning of gel models, it strikes a smart balance between support and minimalism. It’s not ideal for wide feet or those needing aggressive arch correction, but for athletes in tight-fitting cleats, it’s a game-day essential.

Next to the CURREX CLEATPRO, the Playmaker is thinner and less customizable in arch height, but it fits better in extremely narrow shoes. Where CURREX offers more advanced moisture control, Superfeet focuses on secure lockdown and durability. For players who prioritize cleat compatibility and foot stability, it’s the best fit for tight cleats—offering just enough support to last 90 minutes without compromise.

The XEPXEP Carbon Fiber Insoles are built for athletes who want measurable performance gains without the premium price of VKTRY. With a kinetic feedback system and aerospace-grade carbon fiber core, these inserts promise higher jumps, faster sprints, and 40% less muscle fatigue—claims backed by lab-like testing showing a 1.6-inch vertical boost and 0.12-second improvement in 40-yard dash times. The PU foam layer adds comfort without sacrificing responsiveness, making them ideal for basketball, track, and training.

In real-world use, they delivered noticeable energy return during plyometrics and sprint drills, outperforming foam and gel insoles in propulsion. The honeycomb mesh surface kept feet dry during intense sessions, and the trimmable design allowed for a snug fit in most athletic shoes. However, they’re not specifically shaped for cleats, so fit in narrow soccer footwear can be inconsistent. While they offer excellent value, the carbon plate feels slightly less rigid than VKTRY’s, resulting in marginally lower power transfer.

Compared to the LIGVIV Pro-Grade insoles, XEPXEP offers similar materials and performance but with more aggressive marketing around speed and jump metrics. Both deliver high energy return at mid-tier prices, but XEPXEP stands out with its 90-day refund policy and bold performance claims. For budget-conscious athletes who still want carbon fiber advantages, these are the best for energy return under $50.

The LIGVIV Pro-Grade Carbon Fiber Insoles strike an ideal balance between performance, comfort, and price, earning their title as the best value performance option. Built with a 100% 3K carbon fiber baseplate, they deliver strong energy return and torsional stability, helping athletes generate power with every stride. The high-elastic PU layer and soft heel spacer add cushioning without deadening responsiveness—perfect for soccer, basketball, and volleyball players who need both speed and comfort.

In testing, they performed exceptionally across multiple sports, maintaining structural integrity after weeks of intense use. The breathable, slip-resistant top layer prevented in-shoe movement, while the cushioned forefoot reduced impact during jumps and landings. They fit well in most cleats and athletic shoes, though very narrow models may require trimming. While they don’t have sport-specific tuning like VKTRY, their universal sizing and multi-sport design make them a versatile upgrade for active users.

Against the XEPXEP insoles, LIGVIV offers comparable carbon fiber performance at a slightly lower price, with a more understated design and fewer marketing claims. Neither matches VKTRY’s elite energy return, but both deliver serious performance for the cost. For athletes who want carbon fiber benefits without overspending, LIGVIV provides the best blend of quality, fit, and value—making it a top pick for everyday competitors.