LeMieux Vector Balance Sloping Stirrups

Vector stirrups are a new generation of stirrup - technically advanced and lightweight, but retaining a classic style expected from LeMieux.

Machined from aviation grade aluminium offers an impressive strength-to-weight ratio, making them lighter than most stirrups on the market at just 419g each, whilst not compromising on stability.

The ergonomic footplate of the Balance Stirrup is set at 5°, featuring a cross-track grip surface with embedded hardened steel pins, to enable lower leg stability, keeping the heels down.

The footplate is supported by a twin-balance arch system that distributes the weight evenly across the base of the stirrup frame. The apex of the frame is recessed and off-set, encouraging a 45° outward orientation which makes it easier for the rider to locate the optimum angle for the foot and regain a lost stirrup.

An integrated hinged arm has a two-stage release system, preventing unintentional opening. The spring-loaded arm locks into the base of the main frame meaning that when under maximum pressure, such as landing over a fence, the rider's weight is spread evenly across the stirrup, preventing the outside from dropping and flexing. When pressure is put onto the arm of the stirrup, the arm releases allowing the foot to come out of the stirrup, minimising the risk of dragging. The stirrup arm breakout force = 36N (equivalent to 3.62kg) in testing, meaning enough resistance to stop it from opening unintentionally, but will release when needed.

It's important to note that no stirrup of this design (with a quick-release arm) is 100% guaranteed to open in the event of a fall. There are several factors, including a fall of the horse, a loose girth causing the saddle to slip, or a slow or unusual angle of exit that may not generate enough lateral force to open the release arm. This is very rare but users must be aware that no stirrup is completely foolproof in every eventuality.

Competition Legal (FEI, British Dressage, British Eventing and British Showjumping).