LEKI SPITFIRE 3D SKI POLES - MAGENTA/YELLOW
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LEKI SPITFIRE 3D SKI POLES
The Leki Spitfire 3D Ski Poles are high-performance freeride poles engineered to deliver exceptional structural strength, swift handling, and advanced safety across technical terrain. Constructed from high-tensile 16mm HTS 6.5 aluminum, the shaft provides an ideal balance of impact resistance and rigidity to withstand heavy loads in steep chutes, park lines, and tight trees. The optimized wall thickness maintains a low swing weight, promoting rapid, instinctive pole plants and smooth cadence transitions whether navigating deep powder or firm resort runs.
Equipped with Leki’s innovative Trigger 3D system, the Spitfire 3D features the ergonomic Pro G freeride grip with a slim, non-slip profile for precise tactile control and vibration absorption. The integrated multi-directional release mechanism features a 220-degree release angle to help reduce injury risk during sudden falls. Paired with the breathable Trigger Frame Strap for direct power transmission and equipped with interchangeable powder and alpine basket sets, these poles deliver uncompromised versatility and rock-solid carbide tip penetration on firm snowpack and ice.
Key Features
- High-strength 16mm HTS 6.5 aluminum shaft construction
- Trigger 3D safety release mechanism with 220-degree release angle
- Ergonomic Pro G freeride grip with slim non-slip surface
- Breathable Trigger Frame Strap for direct power transfer
- Interchangeable Big Mountain powder and alpine basket system
- High-durability flex carbide tip for immediate hardpack bite
- Low rotational swing weight for rapid pole planting
- Impact-resistant shaft build designed for heavy freeride use
Best For
- Advanced and expert freeride, park, and all-mountain skiers
- Navigating steep terrain, tree lines, and deep off-piste powder
- Skiers seeking an integrated glove-to-pole safety release mechanism
- Rapid hand control, precise turn timing, and effortless pole plants
- Securing reliable tip traction across variable snow conditions and ice
