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Speed

Speed

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Powered by motorized resistance and real-time data.

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Read the latest articles from 1080 Motion

1080 Motion at the 2026 NHL Combine: Supporting 2 New Tests

The National Hockey League (NHL) will utilize 1080 Motion technology for two new assessments at the 2026 Combine held in Buffalo NY in June.

June 4, 2026

Assisted Sprinting vs Overspeed, Return-to-Sprint, and Max Acceleration with Marco Airale

Elite sprint coach Marco Airale on programming assisted, resisted, and return-to-sprint work. The deep dive topics included velocity decrements for acceleration, braking forces, and the 103% line for overspeed.

June 4, 2026

Speed Training in Elite Soccer: A Roundtable with Sam Wilson (Arsenal) and Anders Braastad (Bodø/Glimt)

Sam Wilson (Arsenal) and Anders Braastad (Bodø/Glimt) dive into the real-world application of using the 1080 Sprint 2 with elite footballers. Topics building buy-in, to what it actually does (and doesn't) change in coaching, to the next frontiers of development.

June 1, 2026

Measuring Multi-Directional Speed and Route Efficiency: The 1- and 2-Second Test

Scott Cline's (Arizona Diamondback) time-based route efficiency protocol on the 1080 Sprint 2. Learn best practices, protocols, and normative data for your athletes.

May 27, 2026

Learn how Elite Coaches & Practitioners use 1080

Don’t take our word for it, hear what our customers think.

Bodo/Glimt of the Champions League on- and off-field training with 1080

How Bristol Bears Rugby use 1080 to navigate in-season training and drive competition

The All Blacks training around the world, New Zealand Rugby

Powerlifting world champion Emil Norling & Elite strength coach Stefan Ågren

Pro Sport Performance Therapy on using motorized resistance to level-up athlete rehab

Homewood-Flossmoor High School men's and women's track teams' combined efforts

Chris Korfist of Slow Guy Speed School on building elite sprinters at home

Tommy Christian of TCBoost on NFL off-season training

Eric Allen of Pace Fitness Academy on defensive back-specific football development

Tyler Kugler of Wasatch Sports Factory on building elite hockey players with the 1080 Syncro

RE_Building by Northwest Rehabilitation using data and motorized resistance for better rehab

Eric Lichter of Plus 2 University on using overspeed to make athletes "fast fast"

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A system that actively controls load and velocity through an advanced electric motor, letting coaches create precise training stimuli and get instant feedback of athlete outputs (velocity, force, power, time) on every rep. This is the foundation of motorized resistance training.
You can set and repeat exact loads or velocities, capture data from every rep, and combine training methods and loading types like assisted and resisted sprint training, ballistic strength training, isokinetics, and eccentric overload—all from one device with a few taps of the screen.
Yes—by profiling healthy baselines and quantifying every rep, you can track progress, adjust loading precisely down to 0.1kg or 0.01m/s, and move beyond subjective tools like bands toward sports rehab technology to create data-driven return-to-play decisions.
One machine can handle groups efficiently, with athletes sprinting every ~15 seconds and resting ~2.5 minutes between reps, ideal for 8–10 athletes per unit to create smooth and high-volume sessions with professional-grade speed training equipment.
You can create heavy loads instantly from simply tapping the screen, add unique strength training methods like isokinetics, eccentric overload, and velocity-based training while capturing data on every rep to ensure athletes are making measurable gains when strength training for speed.