46cm speed rings.Ideal for agility training both indoor and outdoor.
Rings can be attached with Hook & Loop to design different agility
activities. Set/12 Red/Yellow/Green/Blue. In a Carry bag.
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
Helps to improve speed agility to overall fitness.
Can be used for indoor and outdoor training.
Kit includes:
6 x speed hurdles 30cm
1 x speed ladder 4m
10 x Marker cones 23cm
10 x Space marker.
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.
Have fun while you improve speed, agility, balance and reaction time. Partner up and see who can move the quickest and be first to break away. Easy to adjust waist belts connect with velcro strap.
Light weight strong nylon and mesh construction.
Reflective strip on the inner frame for high visibility.
Easily foldable with a simple twist.
In carry bag.
Simple and lightweight design cube.
Can be used as an agility box, speed ladder, and speed hurdle.
Easily foldable and can be stored in the shape of L.
Heavy duty agility ladder with round rungs. Simplistic and versatile
training tool. Rungs are spaced 40cm apart & connected with durable
webbing. Connectable to make any length with another ladder using
buckles. Includes carry bag.
Anti-skid vinyl rubber disc. Can be used as a marker for sectioning. Dia 150mm.
A non-toxic and environmentally friendly soft disc.
Reduces injury and slippery in all indoor sports.
Perform different agility drills by using pole / hoops / rings along with
the base. Different height adjustment slots. For extra stability fill with
sand. Available Colors : R/B/Y/G/O/P
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.
