Pulsar eS Neptune Pro Gaming Mouse Pad XL Soft - Future Green

Neptune Pro Premium Esports Mousepad

Part of the eS Series, the Neptune Pro is designed for players who prioritize fast glide and low-friction tracking. Its Amundsen Woven Fabric provides a smooth, consistent surface with minimal resistance for rapid directional changes. Combined with the SlimFlex base, it delivers stable, fluid movement and responsive control for competitive gaming.

Maximum Glide. Low-Friction Tracking

The Neptune Pro features a high-speed surface with minimal friction, helping you make quick directional changes and track targets smoothly. Its fluid feel is suited to fast-paced games where immediate responsiveness matters.

Precision Glide with SlimFlex Base

The eS Series uses SlimFlex, formerly known as PORON, as its base material. It offers different firmness options to suit your preferred feel. The base adds comfort and durability while supporting a smooth glide and responsive performance.

Ultra-Fast Glide, Minimal-Friction Tracking

The Amundsen Woven Fabric is designed to reduce the heavy feel of traditional mousepads, supporting seamless target switching and continuous tracking. Its low-friction surface is suited to players who favor fast movement and less stopping resistance.

XSOFT

Braking Power: Most | Glide Speed: Slowest

XSOFT compresses easily under light pressure, creating a slight cup around the mouse skates. It has a higher breakaway force and greater stopping power, making precise stops easier. Its extra-soft, cushioned feel is suited to flick-heavy games.

SOFT

Braking Power: Balanced | Glide Speed: Balanced

SOFT provides moderate compression with a balanced feel for launching, gliding, and stopping. It offers a mix of comfort, stopping power, and tracking suited to a wide range of players and playstyles.

FIRM

Braking Power: Least | Glide Speed: Fastest

FIRM offers minimal compression, so the mouse skates do not dig into the surface as much. Its lower breakaway force supports a quicker start and faster glide, making it suited to long, continuous tracking movements.