AeroPilates Reformer 287 - Best Budget & Most Compact
An impressively sturdy and ultra-compact reformer that comes pre-assembled. Its foldable design and low cost make it the perfect entry point for beginners in small spaces.
- +Exceptionally affordable price point makes Pilates accessible
- +Pre-assembled design allows for immediate use out of the box
- +Lightweight at 56 pounds and folds to 42 inches for easy storage
- -Uses only three resistance cords instead of higher-quality springs
- -Fixed foot bar cannot be adjusted for different exercises or heights
- -Carriage is narrow and may feel cramped for taller individuals over 5'11"
The AeroPilates Reformer 287 successfully demystifies at-home Pilates by offering a functional, no-fuss machine at a remarkably low cost. Its greatest strength is accessibility, providing a genuine reformer experience without the financial and spatial barriers of premium models. It arrives fully assembled, so users can begin their practice immediately. The frame is surprisingly sturdy for its price, and the carriage glides adequately on its track. For space conservation, it is a standout; the entire unit folds down to a slim 42-inch profile and weighs only 56 pounds, allowing it to be tucked behind a door or under a bed, making it ideal for apartment dwellers. The resistance system employs three cords, which provide effective tension but lack the nuanced feedback and easy interchangeability of traditional springs.
The attached handles can be cumbersome and are best removed during use. A significant limitation is the non-adjustable foot bar, which restricts exercise variety and may not suit all body types. Furthermore, while marketed for users up to 6'4", the carriage length and width are modest, and individuals closer to that height may feel constrained. It does not include accessories like a reformer box. Ultimately, this model is engineered for beginners seeking to establish fundamentals and consistency. Its value and convenience are exceptional, though users who progress significantly may eventually desire the features of a more advanced machine.