Shibuya Ultima Recurve Rest

The Shibuya Ultima Recurve Rest Support Arm makes use of DLC-coating – a technology offering superior material strength and friction properties, applied in fields such as parts for racing engines. As a result, the energy loss inflicted on an arrow gliding over the arm is reduced to the bare minimum. The Support Arm's Offset construction guarantees no contact with the cushion plunger's barrel, even when used with the smallest diameter shafts.

• Precision CNC machined parts
• DLC (diamond-like carbon) coated offset support arm
• Two Modes of adjustment - horizontal/vertical
• Dual magnets for consistent positioning
• Ambidextrous with a Reversible arm for right or left hand

The Shibuya Ultima Recurve Rest is adjustable not only vertically, to ensure compatibility with any size arrow shaft, but also horizontally to compensate for sight window depth and plunger settings. There is no need to ever cut or bend the support arm again! Adjustments are easy to make with one screw, even when the arrow is rested on the support arm.

 By employing CNC milling, Shibuya was able to reduce dimensional error margins to an unprecedented minimum. The innovative "V-lock" Magnet configuration ensures smooth, repeatable movement that eclipses everything the market has seen to date!

The line of magnetic force between the Ultima Recurve Rest's dual magnets catches and returns the Support Arm safely and repeatably, exponentially increasing the reliability of the rest. Shibuya uses only the highest quality corrosion-resistant samarium cobalt magnets, known for their constant magnetic force independent of temperature changes. By placing the adjustment screw between the magnets, Shibuya was able to maintain a super-slim construction (only 3.8mm including adhesive tape), while at the same time using a 3mm screw for comfortable, safe adjustments.

Ultima Recurve Rest can be switched between RH and LH simply by reversing the support arm's fastening direction.

The Ultima rest uses Shibuya's adhesive tape which can be found here.