QH Labb: Saber Pads

The Next revolutionary offering from QH Labb, precision printed and produced in Canada by Powerknobz! When compared side-by-side with virtually all other pads on the market, the Saber Pads are winning riders over left and right, and are positioned to be the next huge thing in EUC pad technology. Unlock Your Full Lean Potential The Saber Pads deliver tremendous versatility, aggressive control, and unprecedented adhesion for a split-configuration setup thanks to their prominent half-shell construction. By maximizing the backing plate surface area, these pads stick firmly to your wheel without shifting under extreme loads. What Makes Saber Pads Unique: Adjustable Front Modules The included front modules (flex modules) are what set this pad system apart from anything else. By swapping between the included module options, riders can fine-tune: Custom Lean Angles: Adjust the tilt and contour of the front pad to match your exact riding stance. Dialed-In "Give": Control how much flex or stiffness the front region delivers when leaning hard into acceleration. Color Options Breakdown Currently from Next Gen Mobility, the hard shell outer accent piece is always Black. Your color selection determines the color of the main TPU flex pad body: Silver (Black Accent / Silver TPU) Red (Black Accent / Red TPU) Marine Blue (Black Accent / Marine Blue TPU) Black (Black Accent / Black TPU) What’s Included (2) Saber Pad Front Knobs (2) Saber Pad Brake Pads(2) Brake Extenders(6) Front / Flex Modules (Includes profiles A, B, and C for modular lean angle and give adjustments) Pre-Installed Hook-Side Velcro (Ready to mount straight out of the box) Important safety notice: Electric unicycles are inherently dangerous and may fail without warning, including through sudden power loss or cut-outs. Lithium-ion battery systems also present fire-related risks. Review all terms and safety information before completing your purchase. Note: Any power pads or similar accessories used with EUCs are optional accessories. They are not required for operation of the product.