rightstride orthotics | RS Orthotics

	RS Principles
	The rightstride® RS bespoke orthotics are made in co-polymer carbon, ultra durable, a blend of functional control and dynamic flexibility resulting in a Shell flex’s under loading while remaining semi rigid under normal load.		A solution to the most demanding fashion shoe is here in our fashion fit orthotic. rightstride® prides it self in it’s a huge range of different devices from the classic to the summer and winter Sports activities.

Jump to:	RS Classic	RS Slim Fit	RS Sprinter	RS Aerobics
	RS Impact	RS Fashion Fit	RS Golf	RS Snow
	RS Heel Pain	RS Marathon Runner	RS on Court	RS Snowboard
	RS Ultra Impact	RS Football	RS Cyclist	RS Ice

Go to Order Page

A universally popular device available covered to 3/4, sulcus or full length, the RS Classic has a high density EVA heel as standard. Being a different density to the shell this heel offers instant shock attenuation at heel strike. The flex point in this device is located just over the mid-foot area and allows natural flexibility under extreme loading.
Covered in either an anti bacterial fabric (suede-like), called Suede, or a padded leatherette top cover called Elite. This device meets the needs of your most demanding patients.

A device for the active foot, this orthotic has at it’s core a carbon shell which following milling has medium density poron added under the device to add a high level of shock attenuation. Placing the poron here will not increase the bulk of the device or make them too hot to wear. This device is great for the patient working on hard surfaces or in safety boots.

A condition specific device made using the RS carbon milled shell whilst retaining all the functional properties of the Classic device. However, a hole is milled into the heel and filled with low density material and then covered. This provides a well of low pressure just over the Calcaneus to re-distribute pressure away from the fat pad.

With a carbon fibre core this device has our unique ultra shock bar imbedded into a poron layer. Added to the device once it has been milled this has the effect of giving huge stability and shock attenuation properties whilst losing none of its flexibility.

The businessman and woman now at last have a device that will offer the level of control they need and you demand with a bulk level that will fit into the most exacting footwear. Made using the thinnest carbon shell and covered in the thinnest leatherette in
a matt black, this device disappears in every style of business shoe.
As a practitioner however you are not limited by this unique design. All the usual control can be added to this device, the RS Slimfit comes as a full length device to allow patients to remove any current in-shoe device and replace with the device you prescribe.

Here it is, finally a device that fits the most demanding fashion shoe. A carbon shell covered in a thin leatherette, this device comes in 3/4 or sulcus length, so no space is taken in the toe box.
Any of the required additions can be added to the device and because the device is full width you do not loose control as you do with a cobra device.

Made on an RS carbon shell as a full length device or 3/4 length. The heel is made of dual density materials; hard EVA on the medial aspect of the heel and soft EVA on the lateral side.
Posts can be added to the device but due to the dual density heel, the orthotic is dynamically effective without additional control.
The soft EVA on the lateral border attenuates shock while the hard EVA on the medial border will slow or stop the pronatory moment, this can be extended distally for more control.

The most demanding footwear in sport today, the football boot is often worn too tight with little regard to the condition of the foot inside. This device has been thinned into the shank and is made of a flexible polypropylene, thus allowing good control while conforming to the needs of the player. Covered in a wear and water-resistant EVA this device really does offer a great compromise between form and function.

Using a polycarbon shell these devices are made to offer on toe shock absorption with great mid-foot control. The flex point is located slightly more distally to allow great rearfoot stability. As a standard this device also incorporates a Plantar Metatarsal Pad supporting metatarsal 2-5 (PMP 2-5).

A device made to work with the unique pressures and movements that a golf swing places on the feet and legs. Working to allow the natural contra-lateral foot movement, essential in the golf swing, this is just the start of this device’s design characteristics. Made on a flexible polypropylene shell with a poron arch infill to increase shock attenuation without bulk and a shallow heel cup to ensure that the foot is not raised up too much in the heel of the shoe. This eliminates the risk of blisters forming.

Using a RS carbon shell, which has been filled under the arch then covered with thin poron top, under an elite fab top cover. This device is aimed at high impact sports such
as basketball and badminton.
The device offers maximum shock attenuation whilst not increasing the heat in the footwear.

The unique demands of this sport require a truly special device. The shell is constructed from low density polypropylene and is shanked down to fit well inside the cycle cleat. The control here is located distally as the rider spends most of the time ‘on toe’. The heel control if needed is added intrinsically as no EVA heel is added to this device to ensure no additional bulk is taken up.

Made from highly durable but flexible carbon fibre, this device is particularly well suited to the high impact work in a gym setting.
The arch has been partly filled with low density poron to offer great shock attenuation value whilst not increasing in-shoe heat as the padding is kept below the shell. The heel has a dual density post which can be tailored to your patients needs but the device can be worn as a neutral heel, as the softer EVA on the lateral border will naturally result in medial control, dynamically.

With skiing in mind these devices are designed to fit directly into the most rigid ski boot. They have as standard a deep heel cup on an almost rigid base. This gives the best control available and holds the skier’s feet in the optimum position.To ensure that the knees don’t suffer too much, these devices have a thin layer of poron located just under the top cover to offer some level of shock attenuation and thermal insulation. However, if you feel your patient would benefit from some more shock absorption then this device is also available in a more flexible shell – in this case the device would be called flexible snow.

A semi-rigid EVA shell with a deep heel cup offers great in-boot control. This is married to a medium density top cover that provides shock absorption for the wearer in this demanding environment. As a lab standard there is a layer of material between the shell and the top cover to act as a thermal insulator. Finally, the device has a 2mm extrinsic heel raise to protect the Achilles Tendons (TA) in these flat boots, plus a fabric tab to allow easy removal of the device from the boot.

An exacting orthotic for a demanding application, this device has been created to fit inside an ice skaters or ice hockey boot, it is as standard a 3/4 length device which is milled with a very narrow shank. Made of polypropylene it remains flexible without the need for the introduction of any bulky materials. Posting can be added either as an EVA post or it can be milled into the device.

Terms and Conditions | Resources