Our Hurdles are designed to be adjustable to 3 different heights.
allowing you to vary drills and difficulties depending on your session.
This gives you coaching / Training flexibility.
They can be adjusted to heights of 15cm,23cm or 30cm.
Enhance your speed, balance, and footwork – a versatile
training tool designed for athletes, fitness enthusiasts. Allow
360 movement, making it ideal for multi-directional agility
drills.
• Anti-skid TPR rubberized floor markers for indoor & outdoor use.
• Non-toxic and environmental friendly soft marker reduces injury
and slippery in all indoor sports.
• These directional markers, teach color as well as serve as markers
for relay puzzles and obstacle courses.
• A quick and easy way to set out clearly marked zone for a range of PE activities.
• Does not leave any markings on floors
Steel construction with center 25 mm dia, 9.5” tall pole to mount
any extra weight. Comes with shoulder harness with strong support
padding & nylon webbing attachment with snap hooks. Helps
improve acceleration, strength and stamina with weight resisted
sprints.
Made of durable plastic. Square base with ring shape design.
Used for field training aids at various sports training events.
Helps to improve co-ordination of speed & legs exercise.
Aluminium training hurdle for quick knee lift and stepping.
Returns back to its position when knocked down.
Eliminates time-breaks while doing drills.
Width : 60 cm
54001, 54002, 54003, 54004, Bounce Back Aluminium Hurdle – Mini
• Anti-skid TPR rubberized floor markers for indoor & outdoor use.
• Non-toxic and environmental friendly soft marker reduces injury
and slippery in all indoor sports.
• These directional markers, teach color as well as serve as markers
for relay puzzles and obstacle courses.
• A quick and easy way to set out clearly marked zone for a range of PE activities.
• Does not leave any markings on floors
Poles are adjustable from 120cm to 170cm in 4 different Heights.
Highly versatile pole as compared to the regular slalom poles.
Poles are packed at the lowest height to save transportation & space.
