Rydair Saddle Pads

SHOCK ABSORBING
Compresses to remove pressure points
Absorbs saddle movement reducing muscle and back soreness for horse and rider
DISPERSES SWEAT & HEAT
Sweat is channelled out from under the pad, rather than being absorbed into the pad, thereby reducing heat build up and associated problems
BREATHABLE
The webbing allows air to flow freely between the horse and the pad, assisting in the disbursement of heat
HYGIENIC
As sweat is not absorbed into the pad, it can easily be wiped or washed, and dries quickly allowing you to use it on multiple horses
EXTREMELY LIGHTWEIGHT
LARGE RANGE OF MODELS & SIZES
The RYDAIR saddle pad is made from high density quick recovery PVC foam with the unique webbing system to create the ultimate anti-slip pad.
The pads mould to the contour of the saddle producing a perfect fit to every horse, eliminates pressure points, resulting in greater freedom of movement for the horse, while still retaining adequate compression for shock absorption.
Absorbs saddle movement reducing muscle and back soreness for horse and rider
DISPERSES SWEAT & HEAT
Sweat is channelled out from under the pad, rather than being absorbed into the pad, thereby reducing heat build up and associated problems
BREATHABLE
The webbing allows air to flow freely between the horse and the pad, assisting in the disbursement of heat
HYGIENIC
As sweat is not absorbed into the pad, it can easily be wiped or washed, and dries quickly allowing you to use it on multiple horses
EXTREMELY LIGHTWEIGHT
LARGE RANGE OF MODELS & SIZES
The RYDAIR saddle pad is made from high density quick recovery PVC foam with the unique webbing system to create the ultimate anti-slip pad.
The pads mould to the contour of the saddle producing a perfect fit to every horse, eliminates pressure points, resulting in greater freedom of movement for the horse, while still retaining adequate compression for shock absorption.
Movement of the saddle and rider is absorbed in the saddle pad thus reducing muscle soreness in the horse and providing optimum comfort for the horse and improved shock absorption for the rider.
The RYDAIR “breathable” web allows air flow between the horse and pad, allowing heat to disperse. This reduces the possibility of sweat rash and friction burns, whilst maintaining its excellent anti-slip properties.
The RYDAIR pad is hygienic as sweat is not absorbed into the pad, allowing it to be wiped dry or aired and then reused. This takes away the need to be continually washing sweaty saddle pads each ride or means you don’t have to have multiple saddle pads if you own more than one horse, saving you money!
RYDAIR pads have been successfully trialed and developed over several years for Australian conditions, with several models being included specifically to cater for the diverse equine disciplines.
The RYDAIR pad is hygienic as sweat is not absorbed into the pad, allowing it to be wiped dry or aired and then reused. This takes away the need to be continually washing sweaty saddle pads each ride or means you don’t have to have multiple saddle pads if you own more than one horse, saving you money!
RYDAIR pads have been successfully trialed and developed over several years for Australian conditions, with several models being included specifically to cater for the diverse equine disciplines.

RYDAIR pads are currently being used by leading riders and trainers throughout the large range of equine disciplines, including Campdraft, Show Jumping, Eventing, Endurance, Polo, Polocrosse, Thoroughbred Racing and Training, as well as general stockwork and pleasure riding. Check out the “Endorsements” page to see what some leading riders think of the RYDAIR pads.
The lightweight RYDAIR pads are available in a large range of models and with the RYDAIR pad being only 16mm thick you can still use your favourite coloured saddle cloth over the top if you choose.
The lightweight RYDAIR pads are available in a large range of models and with the RYDAIR pad being only 16mm thick you can still use your favourite coloured saddle cloth over the top if you choose.