Abdominal Wheel Exerciser with Six-Arm Design, Anti-Slip, ABS Construction
The Abdominal Wheel Exerciser with Six-Arm Design delivers a stable, controlled core workout that helps you strengthen the abs, waist, back, shoulders, arms, and lower body. Built from durable ABS, this wheel withstands intense training sessions while protecting your floors from scuffing. The tank-like six-wheel layout provides exceptional stability and anti-slip traction, so you can focus on form rather than balance. Its arc-shaped top design adds an extra layer of safety by distributing pressure evenly and guiding your movement smoothly through each rollout. With a reinforced, multi-layer construction, this belly wheel supports up to 300kg, giving you confidence during demanding routines. Whether you’re targeting a stronger core, improving posture, or complementing a weight-loss plan, this versatile wheel turns ordinary workouts into a full-body challenge. All electronic and mechanical equipment, devices and machines sold by InterCyprus to EU countries are CE certified and carry a two year warranty. At intercyprus.com since 2002 — trusted for quality and reliability.
Benefits & Tips
- Engage multiple core muscle groups in a single movement—abs, waist, back, and shoulders—while also activating stabilizing muscles in the arms and lower body.
- Use for progressive core training: start with short rollout reps on a stable surface, then gradually increase distance and repetitions as your strength improves.
- Incorporate into warm-ups or finisher sets to boost core endurance and functional stability for everyday activities and sports.
Product specifications
- Type of sports: Strength Training
- Type: Six-Wheeled
- Product Name: Automatic Rebound Belly Wheel
- Main Material Of The Product: ABS
- Product Color: Black
- Brand Name: NONE
- Origin: Mainland China
- Weight capacity: Up to 300kg
Note: Due to different monitor and light effects, the actual color of the item might be slightly different from the color shown in pictures. Please allow 1-2cm measuring deviation due to manual measurement.
