Trlakepreble Wooden Parallettes Push Up Bars, Anti-Slip Push-Up Handles, Mini Handle Pumps, Dip Station Dip Bar, Handstand Bars for Calisthenics and Fitness（log） — Open-Box, 20% Off

【Compact and safe design】The 9.8in push-up model can support about 440lbs. Special anti-slip mats protect the floor and provide a safe base for your training. You can carry it in your backpack to your training location.

【Multi-functional Training 】Wooden Parallettes are suitable for exercises such as push-ups in many variations, one-armed push-ups, dips while sitting or as handstand bars

【 Firm Footing 】 Special anti-slip pads protect the floor and provide a secure footing for your training, both at home, in the studio and outdoors. The modern, handy design is a real eye-catcher and allows you to transport it in your backpack to your training location.

【Intensive Training Effect】 With the push-up bars, you specifically train your upper body and effectively build up your chest, shoulder and triceps muscles. They extend your movement amplitude and offer you an additional training effect due to the increased downward movement.

[More Options] To cater to various preferences, our non-slip mats and straps are not pre-installed, allowing you to choose according to your needs. Moreover, we opted for a plain design for the push-up stand, providing you with ample creative freedom to customize it as you wish!

【Service】We provide high quality pre-sale and after-sale service, you can contact our customer service staff with any questions, we will reply you promptly after receiving the message.

Strong carrying capacity The wooden push-up stand is small and light. still super strong! PowerBars have a weight capacity of over 2,500 kg that can easily withstand even intensive training sessions! Nateral Wood Made of natural wood, lightweight, hand polished to make exercise more comfortable. Non-slip mat design Durable, custom-made adhesive pads are located under each of the two feet of the parallel bars, which ensure optimal grip on the floor, regardless of the surface.