EzeJump

Jump data. Without compromise.

A contact mat, not a force plate. Two independent zones time contact and flight for the left and right leg, on a patented stainless-steel switch that does not drift. 13 test protocols.

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EzeJump
EzeJump hero
795 mm31 in

Platform Width

14.0 kg30.9 lb

Weight

200+ h

Runtime Per Charge

2 ZonesL + R

Unilateral Data

Why EzeJump

The jump tests most programs run.

A force plate measures ground reaction force through the whole jump. Much of the jump testing a team runs needs the time-based numbers: contact time, flight time, jump height, RSI, left-right comparison and the BOSCO protocols. EzeJump measures those directly, and calculates power from them.

EzeJump is a switched mat, not a force plate. It does not measure ground reaction force. What it does measure, with a patented stainless-steel switching mechanism that doesn't drift, is the time-based and flight-based metrics, at a price point every team, school, and clinic can justify.

One mat. 13 test protocols. No lab required.

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EzeJump jump mat
Built Different

Every detail of the jump mat. Engineered for accuracy.

Stainless steel. Built to take a beating.
Construction

Stainless steel. Built to take a beating.

The EzeJump platform is stainless-steel over MDF with a patented switching mechanism. No drift, no calibration, no maintenance.

Left vs right. Asymmetry exposed.
Unilateral

Left vs right. Asymmetry exposed.

Two independent contact zones capture left and right leg data simultaneously. Compare contact time, flight time, between limbs. Useful for ACL return-to-sport screening, load management, and identifying compensatory movement patterns before they become injuries.

Protocols

13 test types. One mat.

From a basic countermovement jump to advanced BOSCO protocols and automated fatigue testing, EzeJump covers the full neuromuscular assessment spectrum.

Contact time
Flight time
Jump height
Reactive Strength Index (RSI)
Left-right unilateral data
Fast Feet / Cadence
Average Power
Fast Feet Metrics
Two-step Reaction test
BOSCO Leg Stiffness
BOSCO Fast Twitch Muscle test
Auto 10-5 RSI Fatigue test
Contact-only tests
Software

Swift Syncro.
Wireless. Instant.

Pair EzeJump to the Swift Syncro iOS app over Bluetooth in seconds. No cables, no dongles, no receiver hardware. Just your phone and the mat.

Every EzeJump system comprises the hardware and a mandatory 12-month Swift Labs 2.0 subscription, billed as its own line at checkout. It covers unlimited athletes, CSV import and export, cloud analysis, coach-shared data, API access, and reports. After the first year, renew annually to keep analysing.

Unlimited Athletes

Swift Labs 2.0

CSV Import / Export

Swift Labs 2.0

Full Cloud-Sync

Swift Labs 2.0

Coach Shared Data

Swift Labs 2.0

API / AMS Access

Swift Labs 2.0

Reports

Swift Labs 2.0

Swift Labs 2.0

One subscription. Where you analyse.

Priced per mat, per year. Renew annually to keep analysing.

Prices are set per currency and are not converted from exchange rates.

Swift Labs 2.0

US$199

per mat, per year. A mandatory 12-month subscription applies with every new EzeJump system.

Billed as its own line, never buried in the hardware price.

  • Unlimited athletes
  • Full cloud analysis, anywhere
  • History, trends and baselines
  • Force-velocity profiling
  • Team dashboards and multi-coach access
  • RTP Baselines
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Your hardware

If you don't renew

Swift Labs 2.0 is required for the first 12 months. After that it is your call.

  • Your gates (or mat) keep capturing and displaying results in Syncro
  • Results stay on the device and export to CSV
  • Cloud analysis, history and team dashboards pause until you renew

One subscription covers every active device in your organisation.

Swift Labs 2.0 is required for the first 12 months and is charged separately. It renews at US$199 per mat, per year and is optional after year one. Your hardware keeps working either way, your results stay on the device and remain exportable, and analysis stops if you do not renew.

Specifications

Technical details

Platform dimensions795 × 795 × 16 mm (31.3 × 31.3 × 0.6 in)
Weight14.0 kg (30.9 lb)
Contact zones2 (left and right)
Total contact area740 × 740 mm (29.1 × 29.1 in)
Per-zone area740 × 360 mm (29.1 × 14.2 in) each side
ConstructionStainless-steel top, MDF substructure
Switching mechanismPatented
ConnectivityBluetooth, Swift Syncro app (iOS)
Bluetooth range10 m (33 ft)
Runtime per charge200+ hours (approx.)
Charge timeAbout 4 h, wireless (Qi) charger only
Warranty24 months
Pricing

Global pricing. Delivered to your door.

Hardware prices are ex-works. Shipping, taxes and bank fees not included. Import tariffs (where applicable) are listed as a transparent line item in your quote.

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FAQ

Vertical jump testing: common questions

What is a vertical jump tester?

A vertical jump tester is a device used to measure how high an athlete can jump. Contact mat systems like EzeJump measure flight time and calculate jump height from the time the athlete is airborne. They also capture contact time, reactive strength index (RSI), and unilateral data from left and right legs independently.

What is a jump mat?

A jump mat is a flat contact mat placed on the floor that detects when an athlete is on the mat and when they are in the air. The mat uses this information to calculate flight time, jump height, contact time, and reactive strength metrics. EzeJump uses a patented stainless-steel switching mechanism for accuracy without drift or calibration.

How do you test vertical jump height?

To test vertical jump height with a contact mat, the athlete stands on the mat, performs a countermovement jump (CMJ) or squat jump, and lands back on the mat. The mat records flight time and calculates jump height using the physics of free fall. For the most accurate results, the athlete should land with straight legs to avoid compressing the flight time measurement.

What is the difference between a jump mat and a jump reach tester?

A jump mat measures jump height from flight time and does not require the athlete to touch anything overhead. A jump reach tester measures the height an athlete can reach while jumping, using a physical vane system. Jump mats are better for bilateral and unilateral jump testing protocols including RSI and BOSCO tests. Jump reach testers are better for combine-style assessments where absolute reach height is the metric.

What is RSI and how is it measured on a jump mat?

RSI (Reactive Strength Index) measures an athlete's ability to rapidly switch from landing to take-off. It is calculated by dividing jump height by ground contact time. A higher RSI indicates better reactive strength and neuromuscular efficiency. EzeJump measures RSI automatically during drop jump and repeated jump protocols, recording both legs independently for unilateral comparison.

What is the difference between a contact mat and a force plate?

A force plate measures ground reaction force throughout the entire jump. A contact mat measures time-based metrics: flight time, contact time, and the metrics derived from them. For RSI, jump height, contact time and left-right comparison across 13 test protocols, a contact mat answers the question. For force-time curves, rate of force development and impulse, you need a force plate.

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The last jump mat
you'll ever buy.

Request a quote or speak to our team about the right configuration for your program.

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