Straight Barbell 5ft (Black Oxide/Chrome)

Enhance your arm and shoulder workouts with the pinnacle of quality: our premium 5-foot straight bar. Specifically tailored for commercial fitness facilities, the straight bar 5ft is meticulously designed to facilitate exercises like overhead shoulder presses, bicep curls, triceps extensions, and more. Its 5-foot length is meticulously optimised for both space and cost, offering a practical alternative to the traditional 7-foot bar. However, home users and beginners can also benefit from this bar for a variety of lifts, making it a versatile addition to any workout regimen.

It comprises of the ATE unique ball bearing system with 4NK Needle Ball Bearings for smooth rotation while lifting. This bar is our incredible deal for CrossFit boxes, Conventional gyms and Olympic weightlifting gyms.

• Strength rating at 190,000 PSI
• Black Oxide Finish
• Weight - 12.5 kg
• Grip - 28 mm
• Sleeve diameter - 50mm
• Length - 1.52 meters
• 1.2mm Diamond Knurl
• 4NK Needle Bearings
• No Whip

*Tested using ATE Competition Coloured Plates with the ATE Weightlifting Training Platform as the testing surface. Warranty only applicable if used with authentic ATE products.

1. Increased Strength & Finishing: The Black Oxide coating on the shaft and Hard Chrome on sleeves offer protection against oxidation and wear. This bar weighs 12.5KG, measures 1520mm in length, features a 28mm shaft diameter, is constructed of alloy steel with snap ring assembly, boasts a tensile strength rating of 190K PSI, and supports a maximum load of 1200lbs, making it perfectly suited for use as a curl bar.

2. Standard Olympic Knurling:  The standard Straight 5ft Bar, with its 1.2 mm diamond pattern, provides a comfortable and effortless grip.

3. Superior quality Bearings:  The ATE Straight 5ft Bar is equipped with 4 needle bearings and two bronze bushings, ensuring minimal yet smooth rotation.

Warranty Information: The ATE Straight 5ft Bar is backed by a 1-year warranty covering manufacturing defects.

Specifications: