Gym Gear Ski Max 2.0

Product details

The Gym Gear Ski Max 2.0 is DEKA-compatible, making it suitable for competition training and engineered to handle the demands of high-intensity performance training. Built for athletes, functional fitness facilities, and HIIT studios, this commercial-grade ski trainer features smooth resistance and replicates the power and precision required in competition settings. Designed to mimic Nordic skiing, the Gym Gear Ski Max 2.0 supports both double-pole and alternating arm techniques, providing a versatile full-body workout that engages the arms, core, back, and lower body simultaneously. This makes it a suitable tool for building cardiovascular endurance, explosive power, coordination, and total-body strength while maintaining a low-impact training profile. The resistance system responds to user effort, allowing transitions between steady aerobic work and sprint intervals. Its ergonomic handle design and pulling motion promote efficient technique. Whether training for DEKA events, improving athletic performance, or enhancing functional conditioning, users benefit from consistent mechanics throughout every stroke. The console provides real-time feedback on pace, watts, distance, time, and calories, enabling performance tracking and structured training. Built with a robust frame and commercial-grade components, the Ski Max 2.0 is designed for continuous use in high-traffic environments. Key Features: DEKA-compatible for use in training and events Simulates Nordic skiing to engage arms, core, and legs Supports both double pole and classic alternating arm techniques Performance monitor includes programmable intervals for HIIT training Bluetooth-enabled for workout tracking via compatible fitness apps Suitable for elite skiers, fitness enthusiasts, and cardio-focused users Wall-mountable or compatible with an optional floor stand (sold separately) Technical Specs: Weight: 28.6 kg - 37 kg Length/Depth 127 cm Height 216 cm Width 59 cm Rating Commercial Screen Type LCD Bluetooth Yes Power Required Self Generating