[Data Breakdown] 107Esport "Kongling" vs. X-raypad "NOD" - Physics Specs & Friction Telemetry
Hey r/MouseReview,
There’s been a lot of interest around recent glass pad releases from China—specifically the 107Esport AbyssGaming "Kongling" (used by Wolves Esports in Apex EWCs) and the X-raypad "NOD".
Since detailed friction testing is locked behind Bilibili video reviews, I synthesized and translated the physical specs, tilt telemetry, and skate compatibility for anyone considering importing these.
📊 Telemetry & Spec Comparison
| Feature / Metric | 107Esport "Kongling" | X-raypad "NOD" (Uncoated) | X-raypad "NOD" (Coated) |
|---|---|---|---|
| Glass Thickness | 1.5mm (+ 0.8mm base = ~2.3mm total) | 3.0mm | 3.0mm |
| Surface Topography | Medium-large grain (Uncoated etch) | Micro-etched (Uncoated) | Micro-etched + Coating |
| Breakaway Friction (Tilt) | 4.4° (Ultra-low static friction) | Standard glass breakaway | Standard glass breakaway |
| Downward Pressure Braking | Near Zero (High glide consistency) | Noticeable physical stopping power | Smooth, low dynamic friction |
| Surface Lifespan | Long-term (No coating layer) | 2–3 Years (Grain wear) | 0.5–1 Year (Re-coating needed) |
| Skate Mechanics | Small Dots (PTFE/UPE) recommended | Small PTFE Dots ONLY | Small PTFE Dots ONLY |
| Optimal Mouse Weight | Sub-50g recommended (Inertia risk) | Broad compatibility (<60g) | Broad compatibility (<60g) |
💡 Physics & Game Engine Suitability
- 107Esport "Kongling" — Kinetic Retention Focus
- Friction Profile: Extremely fast initiation with a 4.4° tilt breakaway threshold. However, pressing down into the pad yields almost no mechanical deceleration.
- The Inertia Trade-off: Because the pad provides zero downward stopping power, the human hand takes 100% of the braking workload. Using mice heavier than 50g creates significant kinetic inertia, making micro-adjustments prone to overshooting.
- Target Audience: Ideal for high-mobility, long-TTK tracking games (Apex Legends, The Finals). Not recommended for TacFPS (CS2/Valorant) or low-control setups.
- X-raypad "NOD" (Uncoated) — Mechanical Control Focus
- Friction Profile: A safer transition from cloth to glass. The micro-etched surface retains dynamic friction, allowing users to press down to trigger localized stopping power.
- Skate Warning: Large PTFE skates induce heavy surface drag and sensor LOD/tracking issues due to increased surface tension. Small dot skates are physically mandatory.
- Target Audience: TacFPS players (CS2, Valorant) who want glass glide speed without sacrificing crosshair placement stability.
- X-raypad "NOD" (Coated)
- Friction Profile: Offers an ultra-silky initial glide, but the chemical coating wears out in 6–12 months depending on usage intensity. (X-raypad offers a 59 RMB re-coating service in China).
(Data compiled from CN hardware testers including Waishezhongshou & Kazuha).
Feel free to ask about specific skate/mouse pairings!
Posted Aug 4, 2026, 8:40 AM UTC
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