WHAT CAN YOUR EQUIPMENT HANDLE?

SportsArt’s equipment is built with the toughest, roughest gym-goers in mind. Can your equipment handle that guy?

Take our treadmills for example: From design to production, our treadmills are put through the ringer with rigorous tests designed to break the average machine. These tests allow us to simulate the biggest, baddest users that “run” in your gym for hours on end and make sure that they can withstand the abuse time and time again.

By performing tests like the ones below, we are able to identify issues and make changes to components to ensure that our treadmills can handle the constant use it would see in a busy fitness facility, allowing them to truly stand the tests of time. Knowing our products will not fail in the commercial space provides us with the utmost confidence in our machines’ longevity, which makes it easy for us to offer the industry’s Best-in-Class Warranty.

ROBOT TREADMILL TEST

To imitate the effects of running time and time again, our SportsArt test lab developed a robotic “treadmill tester” — which is basically a 500 lb (226 kg) octopus. This machine runs on the treadmills for five hours around the clock at a speed of 5.5 mph (8.85 kph), with only an hour break in between each stint. The combination of high-impact, heavy foot plant speed and the simulation of heavy user allow us to test the deck, roller bearings, and belts for wear, as well as the motor for heat

The combination of high-impact, heavy foot plant speed and the simulation of heavy user allow us to test the deck, roller bearings, and belts for wear, as well as the motor for heat build-up and amp draw when under extreme stress. In order to pass this test, component life must exceed 15,000 miles (24,140 km) — roughly 10 miles per day for 4 and a half years.

INCLINE FATIGUE LOAD TEST

In this test, 800 lbs (362 kg) of steel plates are placed on the usual striking zone of the belt. The treadmills are then inclined to the maximum of 15 degrees, then brought back down to a decline of -3 degrees every 60 seconds. This happens 1,440 times each day. To pass this test, the lift motor must function flawlessly for at least 130,000 cycles. This guarantees our treadmills can rise to the occasion for every workout.

TIRE BOUNCE TEST

Tire bouncing isn’t as silly as it sounds! This test is designed to imitate the reoccurring force of impact that occurs on commercial treadmills every day.  The wheel/hydraulic testing robot drops the tire with a force of 300 lbs (136 kg) 1,800 times per hour. That’s 43,200 times per 24 hour period! This is done to ensure our treadmills can withstand the constant abuse. In order to pass, the treadmill must survive 3 months’ worth of impacts (4,000,000) with no component or motor breakdowns.

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