Collection: Foot Rest
Complete your office space
Foot Rests – Ergonomic Support for Comfortable, Healthy Workdays
Enhance your seated comfort and promote better posture with our collection of ergonomic Foot Rests. Designed to support your legs and feet while reducing pressure on your lower back, foot rests help create a healthier, more comfortable workstation especially during long hours at a desk.
Choose from adjustable foot rests, rocking and dynamic models, angled platforms, and cushioned designs that encourage natural movement and proper alignment. These ergonomic accessories help improve circulation, reduce leg fatigue, and support a more balanced sitting posture.
Perfect for private offices, open workstations, home offices, and shared desks, our foot rests pair effortlessly with any chair or workstation setup. Simplova.ca offers durable, comfortable, and easy-to-adjust options that elevate everyday comfort and contribute to long-term wellness at work.
FAQ
Are foot rests under a desk good?
Yes, foot rests are very beneficial under a desk. They help support proper posture, reduce pressure on the lower back, improve circulation, and keep your feet in a stable, comfortable position. Foot rests are especially helpful for people whose feet don’t naturally rest flat on the floor or for anyone who sits for long periods.
Are footrests healthy?
Absolutely. Footrests promote healthier sitting by reducing leg fatigue, preventing slouching, and improving blood flow. They encourage a more ergonomic posture and help relieve strain on the hips and lower spine. Many workplaces include foot rests as part of an overall ergonomic setup to support long-term comfort and wellness.
Should a footrest be flat or angled?
An angled footrest is generally recommended because it supports a more natural leg and ankle position. Adjustable, tilting, or rocking foot rests allow users to find the most comfortable angle and encourage gentle movement, which helps reduce stiffness. Flat footrests can still help but offer less ergonomic flexibility compared to angled models.