The ALLROAD SL uses a carbon composite sole — a construction that provides the rigidity required for efficient power transfer during intense efforts while maintaining the flexibility tolerance that gravel and mixed-terrain riding demands. Carbon composite occupies a deliberate position between a full unidirectional carbon sole and a nylon or fiberglass sole: it delivers meaningful stiffness for pedaling efficiency without the brittleness risk that a full carbon sole carries on rough terrain where the shoe contacts rocks, roots, and trail debris. Mavic's Made in Italy construction reflects the manufacturing precision applied to the sole's layup and geometry. For gravel and XC riders who spend time both on and off the bike, the carbon composite sole provides a power transfer profile that pure-performance XC shoes achieve at the cost of walkability and durability — the ALLROAD SL does not make that trade.

The ALLROAD SL is equipped with TPU (thermoplastic polyurethane) treads across the outsole — a material and design choice that directly addresses the traction requirements of gravel, cyclocross, and mixed-terrain riding. TPU treads provide grip on muddy, wet, and loose surfaces where a smooth carbon sole would offer no purchase, and they protect the sole's structural material from the abrasion and impact of walking on rocky terrain. The tread pattern is designed for the specific demands of gravel and XC riding: enough grip for confident movement on technical terrain without the bulk or weight of a trail running or hiking outsole. For riders who regularly dismount on technical sections, run their bike through obstacles, or navigate muddy conditions on foot, the TPU treads are a functional differentiator that pure road-derived XC shoes do not offer.

The ALLROAD SL features a 360° toe cap — a full-circumference protective layer around the toe box that guards against stone impacts, trail debris, and the abrasion of off-road riding. The toe cap addresses one of the primary durability failure points of lightweight cycling shoes used in gravel and XC contexts: the toe box is the area most exposed to rock strikes, pedal strikes, and contact with trail surfaces during technical riding and walking sections. A 360° cap — wrapping the full perimeter of the toe rather than only the front face — provides protection from lateral impacts as well as direct frontal strikes. Mavic describes this as protection for 'hotheads' — riders who push into technical terrain aggressively — and the design reflects a shoe built to absorb the contact that aggressive gravel and XC riding produces.

The ALLROAD SL uses a lace closure system rather than BOA dials or ratchet buckles. Lace closure provides a highly customizable fit across the full length of the forefoot and instep — riders can apply differential tension at different zones of the shoe by varying lace tension at each eyelet, a level of fit customization that single-dial BOA systems cannot replicate without a dual-dial configuration. The lace system also eliminates the mechanical failure modes of dial and buckle closures: there are no dials to crack under impact, no cables to fray, and no ratchet mechanisms to clog with mud. The trade-off is that lace adjustment requires stopping and removing gloves in wet conditions — a practical consideration for race situations where on-the-fly fit correction is required. For training rides, long gravel events, and riders whose foot volume is stable across efforts, the lace system's fit precision and mechanical simplicity are genuine advantages.

Mavic specifies cushioning materials in the ALLROAD SL's construction that are oriented toward comfort across long efforts and intense rides — a design priority that reflects the shoe's gravel and all-road positioning. Gravel and mixed-terrain riding places different demands on shoe comfort than pure XC racing: events are longer, terrain is more varied, and riders spend more time in the saddle across a wider range of conditions. The ALLROAD SL's cushioning addresses the foot fatigue and pressure points that accumulate over long days in the saddle, complementing the lace closure's fit customization to maintain comfort as foot volume changes across extended efforts. The shoe's comfort profile is calibrated for the rider who covers significant distance across varied terrain rather than the rider optimizing exclusively for peak power output over a short race duration.

At 305 grams per shoe in size 8.5 UK, the ALLROAD SL is heavier than the pure XC shoes evaluated in this issue — the Specialized S-Works Recon at 280g per half-pair and the Mavic's own carbon composite construction reflects the weight cost of the TPU treads, 360° toe cap, and cushioning materials that define its all-road capability. The weight is appropriate for the shoe's intended use: gravel racing, mixed-terrain riding, and XC events where durability and traction are weighted alongside power transfer efficiency. Riders evaluating the ALLROAD SL against pure XC shoes should weigh the 305g figure against the protection, traction, and durability that the additional mass provides — the ALLROAD SL is not competing for the lightest shoe in the category, it is competing for the most capable shoe across the broadest range of off-road conditions.

The ALLROAD SL is manufactured in Italy — a production origin that carries specific meaning in cycling footwear. Italian shoe manufacturing has a concentrated expertise in last design, upper construction, and sole bonding that reflects decades of development in road and cycling footwear. Mavic's decision to produce the ALLROAD SL in Italy rather than in lower-cost manufacturing regions reflects a commitment to the construction precision that the shoe's carbon composite sole, 360° toe cap, and lace system require to perform consistently across the conditions for which the shoe is designed. The Made in Italy designation is a quality signal for the construction standards applied to the ALLROAD SL's materials and assembly.