Time Machine Snowboard

• Mach 5 Carving
• Max Stability
• Unseen Acceleration

Inspired by the success of our anniversary model, The 20, the Time Machine brings that celebrated geometry into the Centrifugal Collection, designed for riders who demand precision and speed on groomed runs. Featuring a directional shape in the new Centrifugal Construction, this board is crafted to dominate corduroy, slice through turns with surgical accuracy, or handle high speeds in banked slaloms with ease. Equipped with Hollow Tech for a lighter, more responsive feel, Zero90 Carbon for torsional power with a smooth, controlled flex, and Antiphase 4.0 to absorb vibrations and provide a silky-smooth ride at top speeds, the Time Machine is built to elevate your piste performance. With the fastest sintered base on the market, it’s a board that begs to go full throttle. This is Peter Bauer’s go-to choice for days on groomers - a high-speed weapon that lets you experience physical laws like never before.

Tapered Directional

With a setback stance, longer nose, and narrower tail, this shape is built for freeride domination. Tapered Directional boards offer superior float, smoother turns, and added stability at speed, making them the go-to for big mountain missions.

Burly man-camber, designed for maximum edge hold and explosive pop. Pop Camber is best suited to high-end shreds where performance is paramount. It’s hard work to ride well, but being slingshot out of carves and launched high above the coping is all the reward you’ll ever need

Swing weight, no thanks.

HEXO2 honeycomb inlays in the tip and tail cut unnecessary weight right where it matters most – reducing swing weight for faster spins, easier turn initiation, and a more agile ride when it gets tight.

Precision through carbon, flow through glass—Zero 90 Carbon delivers both.

Amplid’s revolutionary Zero 90 Carbon Tech gives you crisp edge hold and instant response when carving, thanks to carbon fibers laid at 90°. Meanwhile, the smooth, amicable glass fiber flex along the longitudinal axis keeps you firmly in the driver’s seat.

All Terrain Tips. A smooth kick radius and fuller tip outline improves deep snow floatation without adding swing weight.

Antiphase. An advanced composite damping technology, developed in house at Amplid, which reduces unwanted vibrations for a smoother more controlled ride.

Basalt Suspension Strips Running along the topsheet in a V-configuration from the contact points towards the bindings, these narrow bands of Basalt fabric dampen unwanted vibrations, reducing rider fatigue and keeping you edge engaged with the snow for improved control. Get the Rolls Royce feeling!

Bezièr Curves We replace standard radii with Beziér curves in our sidecut and nose design, allowing us to precisely calculate the core’s flex curve for the most harmonious ride imaginable.

Carbon Pop Band A narrow band of uni-directional carbon stringers that run through the centreline of a ski or snowboard from tip-to-tail increasing pop and extending flex memory without altering torsional stiffness.

Hollow Tech Amplid’s Hollow Tech, inspired by learnings from the Hollow Project, uses resin-proof profiled honeycomb inserts to solve weight and performance challenges. This innovation reduces weight while maintaining strength and flexibility, delivering superlight boards and ultraquiet tips and tails.

Impact Pads In the top laminate we have added multidirectional glass pads in the binding area, to avoid dings caused by the pointy corners of binding bases. These pads enhance durability while only adding minimal weight.

Lite Core Uber light wood varieties are cut, treated and aligned in a way only our factory knows. Its strength to weight ratio has scientists baffled.

Shred ready Boards come factory-tuned with two Scotch wax runs and a 90°/0° edge setup, leaving all options open for customizing your own edge angles.

Zero 90 Carbon Amplid’s Zero 90 Carbon layup addresses a critical blind spot: 90° flex. By integrating carbon rovings along this axis across the entire board, it enhances edge control and power transfer while reducing weight. The result? Precision, stability, and unmatched performance.