HeelBase Launches Pre-Orders for DRIVE, a 3D Printed Insole for Pickleball
Written with artificial intelligence.
HeelBase has opened pre-orders for DRIVE, a 3D printed insole tailored for pickleball, marketed as the first of its kind for the sport. Priced at $59 during the pre-order phase, the insoles are designed to provide support during intense gameplay and are expected to ship by the end of September 2026.
Pre-Order Details
HeelBase has begun accepting pre-orders for its innovative 3D printed insole, named DRIVE. This product is designed specifically for pickleball players, with a pre-order price of $59 a pair, reduced from a regular price of $99. The company anticipates closing pre-orders in late September 2026, with shipping scheduled for the end of that month. Note that delivery is limited to the continental United States, with free standard shipping available on orders over $79, and each purchase comes with a 30-day money-back guarantee.
Unique Design Features
The DRIVE insole utilizes additive manufacturing to integrate cushioning and arch support into a single, continuous polyurethane structure. This design eliminates adhesive interfaces, enhancing stability during the fast-paced movements typical in pickleball. Key features include an 11.3mm heel cup, a 16mm arch cradle, and a 4.3mm lateral flange to support the foot during stops and lateral actions, while an open lattice design allows for airflow.
Development Process
HeelBase invested over two years and 24 prototypes into the development of DRIVE. Prior to its launch, 144 participants tested three different insole models for a cumulative total of more than 3,000 hours. However, it is important to note that the feedback collected was not clinical and the insoles are classified as general wellness products, not substitutes for professional medical advice.
Comparison to Other Products
While other companies, such as adidas and Superfeet, offer 3D printed insoles with specific features, DRIVE distinguishes itself by being a pre-sized option specifically tailored for pickleball. This innovation reflects a growing trend of utilizing additive manufacturing for sport-specific applications in footwear.