At Selkirk Labs, paddle playability is defined as how well a paddle performs in a player’s hand across a wide range of shots.
While this is inherently subjective, Selkirk Labs has created a rigorous process to evaluate and refine paddle playability through structured playtesting and engineering analysis.
Defining playability from the Labs perspective
Playability is less about a single attribute and more about how a paddle feels and functions for a player during real-time gameplay.
Engineers consider how well a player can execute a variety of shots, from drop shots, drives, resets, volleys, and lobs. They also look at how players of different skill levels handle the paddle.
AB testing with specific skill levels
Selkirk Labs employs A/B testing to narrow down prototype selections. For example, when developing a power paddle targeted at 4.5+ players, engineers provide a group of advanced testers with a small set of prototypes.
Players compare them side-by-side and deliver shot-specific feedback. This feedback helps the engineering team combine the most desirable attributes from each prototype into a final product.
Adapting playability testing to different player levels
The playability process varies by target audience. A paddle intended for 3.0–4.0 players will be tested with intermediate groups.
For example, products like the SLK line — though high-performing — are tested across a broader skill spectrum to capture how both developing and advanced players perceive its balance of power and control.
Measuring consistency with Lab tools
In addition to player feedback and existing testing machines, Selkirk Labs is developing in-house tools like a pop cannon, spin cannon, and high-speed dwell-time camera.
These allow engineers to measure objective paddle qualities and correlate those with subjective player experiences. This fusion of data and real-world testing is core to Selkirk’s engineering-driven approach.
