AWEDA Premium Adjustable Guitar Footrest for Classical Guitar – Lightweight Stable and Ultra-Durable

       AWEDA Aluminum Guitar Foot Rest with Carbon Fiber Surface Enlarged Footrest Plate 5

               Position Height Adjustable Guitar Foot Rest X-Shaped Foldable

Titan guitar footrest features ExoCast Aluminum Framework and Nebula

Carbon Fiber Pattern Surface, both lightweight and sturdy. The Enlarged

Footrest Surface enhances comfort.

The RockLock Solid Metal Gear

offers superior load capacity and safety during usage. Height and angle

adjust to 5 positions. Included Premium Leather Bag features internal

pocket and auto-closure to keep things inside the bag clean during

travel.

Enlarged Footrest Plate: Based on the aluminum framework and carbon fiber pattern, there is enough weight allowance to create a large footrest plate (250 x 113mm), which offers great adaptability and comfort for a wide range of users.

ExoCast Aluminum Framework and Nebula Pattern Carbon Fiber Surface: Thanks to the material - aluminum and Carbon Fiber, the whole stand remains both lightweight and sturdy.

RockLock Solid Metal Gear: The solid metal gear boasts load-bearing capacity and durability several times that of standard footrest. The RockLock structure makes the leg remain tightly in the gear without risk of detachment when moving, thereby increasing safety.

Premium Leather Bag: The bag features internal storage compartment and automatic closure function, which prevents the footrest from contact with other items, thus avoiding dirt and ensuring a tidy journey.

· Footrest Plate: 250 x 113 mm

· Height: 5-levels (140 - 260 mm)

· Weight: 0.7 kg

ExoCast Aluminum Framework

Thanks to the material - aluminum and Carbon Fiber, the whole stand remains both lightweight and sturdy.

Nebula Carbon Fiber Surface

Using high-strength Nebula carbon plates, the lightweight design improves overall performance while maintaining excellent structural stability.

RockLock Solid Metal Gear

The RockLock structure makes the leg remain tightly in the gear without risk of detachment when moving, thereby increasing safety.