Sending Board

Description

The Sending Board is a versatile, portable hangboard ideal for warming up and training on the go. As the first hangboard (that we know of!) to incorporate Dr. Tyler Nelson’s Unlevel Edge, it’s a great fit for outdoor trips, mobile lifestyles, or situations where drilling into walls isn’t an option—like in rental spaces!

This hangboard is our complete but compact training tool, use it for pull-ups and finger training, as well as complete forearm warm-up.

Weighing only 480 grams and crafted from durable, beautifully grained Portuguese chestnut wood, the Sending Board is not only sturdy but also comfortable to grip.

The innovative Unlevel Edge introduced by Dr. Tyler Nelson enhances finger training by addressing the limitations of traditional flat edges, which often lead to uneven finger load distribution. With standard hangboards, the middle fingers take on more strain due to their length, which can cause overuse injuries and hinder balanced strength development. The Unlevel Edge features a staggered layout, aligning each finger on a different tier for a more even load. This setup promotes a natural half-crimp position, distributing weight evenly across all fingers and minimizing injury risk. It also enables climbers to develop more balanced strength and support finger joint health.

We’ve been designing a curved version of the unlevel edge to maximise the comfort for the most people. You can adjust your finger position on the edge, depending on your morphology. After dozens of edges, we found this one to be the winner.

Our Unlevel Edge design has a 25mm-30mm depth and a variable curved fillet of 5-15mm to ensure maximum comfort during training.

Adding the Unlevel Edge to your routine can bring several benefits, including:

• Rehabilitation: Offers a safer edge option for climbers recovering from finger injuries.
• Strength Training: Supports peak force development.
• Warm-Ups: Engages all fingers evenly to prepare for climbing.

By incorporating the Unlevel Edge, climbers can work towards well-rounded finger strength and minimize the risks of injury from uneven load distribution.