Durable Folding Push-up Board for Core and Abdominal Training with Anti-Slip Surface and Easy Storage

Folding Push-up Board Portable Fitness Equipment Multi-Functional Abdominal Enhancement Support Floor Push Up Handle for Workout       	Features:       	1. Targeted Muscle Training for Upper Body Strength: This foldable push-up board is designed to effectively train four key muscle groups: chest, triceps, shoulders, and back. Each handle position targets a specific area, helping you achieve balanced muscle development and a well-defined upper body.  2. Ergonomic Design Tailored for Comfort: Every slot and distance  the pushup stand is thoughtfully engineered to suit the body shape and arm span of Asian users. Enjoy a more comfortable and efficient workout, reducing strain and ensuring proper form during every exercise session.  3. Stable and Non-Slip Performance: Featuring eight anti-slip rubber balls  the base, this push-up support stays securely in place, even  smooth tile floors. Focus  your workout with confidence, knowing the board won't move or slide during intense training.  4. Secure Handle Locking System: The portable fitness equipment's handle insertion holes are deep enough to keep the handles firmly in place while exercising. This secure fit prevents handles from popping out, providing a safer and more stable workout experience for users of all fitness levels.  5. Foldable and Space-Saving Convenience: Constructed from strong plastic, the floor push up handle is lightweight and easy to fold for compact storage or travel.  for home gyms, small apartments, or taking your fitness routine  the go: stay fit and strong wherever you are.       Specification:  Origin: Mainland China  Type of sports: Strength Training  Material: Plastic  Size: 630mm*185mm*100mm/24.8in*7.28in*3.94in  Net weight: 990g  Gross weight: 990g      	Note:  Due to different monitor settings and lighting conditions, the actual color of the item may vary slightly from the pictures. Thanks for your understanding!  Please allow a 1-2 cm difference in measurements due to manual measuring.