








PRO GRADE DIP BARS
Pro Grade Dip Bar is designed to provide a more controlled, stable, and secure training experience during intense bodyweight workouts. Its wider and elevated form provides greater freedom of movement and a more stable training feel for dips, australian pull-up, l-sit, and static strength exercises. From strength-focused training to skill work, it adapts to different training styles and performance levels.
The specially developed fine knurling pattern on the grip surface supports a controlled hold without creating discomfort in the hands. Combined with its durable steel construction and non-slip base details, it maintains stability during intense training sessions while enhancing the sense of control and confidence throughout movement.
PRODUCT FEATURES
PRODUCT DIMENSIONS
WHAT'S IN THE BOX?
Choose options










SPECIAL KNURLING
The fine knurling pattern specially applied for the dip bars reduces slipping while maintaining a controlled grip feel without causing discomfort during long training sessions.

WIDER & ELEVATED STRUCTURE
Its wider and elevated design provides greater freedom of movement and a more balanced feel during training.

STABLE BASE
The non-slip PVC base provides strong contact across different surfaces, helping maintain stability during movement.
ENHANCED STRUCTURE
Pro Grade Dip Bars are developed with a focus on durability and stability for intense training conditions. Featuring reinforced components, durable surface coatings, and long-lasting material selections, they are designed with a technical performance-oriented approach.
LOAD CAPACITY
With a load capacity of up to 600 kg, Pro Grade Dip Bars ensures full confidence in every workout.
PROTECTIVE COATING
The electrostatic powder-coated finish creates a protective surface with enhanced resistance against external wear and conditions.
NON-SLIP PVC BASE
High-density textured PVC bases maintain their form under intense training conditions for long-lasting performance.
REINFORCED STEEL
Reinforced 2 mm thick steel structure designed to support greater stability.



