Logitech G
Pro X Superlight 2
SnapshotLast Updated | 12/20/2025
Published | 12/21/2025
Product Images
Logitech G Pro X Superlight 2 Gaming mouse Review, Ratings, and Specifications
Browse Logitech G Pro X Superlight 2 product images. Use the arrow buttons to change images, or select a thumbnail.
9.2
9.2
* Images may be AI-generated or enhanced for clarity.
Comparisons
Tip: Add more models on the Hub to expand the comparison.
Best Deals
Affiliate Notice: This page contains affiliate links. If you buy through them, we may earn a commission. As an Amazon Associate, we earn from qualifying purchases. Learn more.
Pros & Cons
Pros
- HERO 2 sensor: 44K DPI, >888 IPS, >88G — flawless tracking
- Firmware 8K wireless polling; sub-1 ms click latency
- LIGHTFORCE hybrid switches prevent double-clicks
- “Safe” shape suits most grips and hand sizes
- ~60 g with excellent balance and control
- Class-leading battery: ~95h @1K, 35–40h @4K, ~20h @8K
- G HUB depth: DPI/LOD/polling, onboard memory, DPI deviation
- Solid overall shell and chassis build
Cons
- $179.99 price is steep vs. lighter 4K competitors like Lamzu/Pulsar
- Coating can be slippery; white can yellow
- Thin/scratchy stock feet
- QC variances (flex, wobble, scroll)
- Side buttons: hollow, travel
What We Think
Overview
The Logitech G Pro X Superlight 2 refines rather than reinvents one of esports’ most trusted mice. Maintaining the iconic “safe” symmetrical shape, Logitech updates its flagship with the HERO 2 sensor, LIGHTFORCE hybrid switches, and firmware-unlocked 8,000 Hz wireless polling. It’s a precision instrument that prioritizes reliability, endurance, and latency efficiency, though not without trade-offs in click stiffness and surface grip.
Key Upgrades
- HERO 2 Sensor – New versus the original Superlight’s HERO 25K; tracks beyond 888 IPS and 88 G, with a ceiling of 44,000 DPI. The improved accuracy and signal-to-noise ratio provide flawless tracking across any sensitivity range. Learn more in our mouse sensor guide.
- Polling Evolution – Shipped at 2 K Hz, firmware now enables 4 K/8 K Hz. At 8 K, data reports every 0.125 ms, delivering visibly smoother motion on 360–540 Hz displays while keeping click latency under 1 ms.
- LIGHTFORCE Switches – Hybrid optical-mechanical design removes double-click issues and ensures consistent actuation. Downsides: stiffer, louder primary clicks that may fatigue high-APM players.
Design & Ergonomics
- Shape: Retains the beloved GPX “potato” profile (125 × 63.5 × 40 mm). Universal comfort across palm, claw, and hybrid grips.
- Weight: ~60 g, 3 g lighter than GPX 1—exceptionally balanced but no longer “ultralight” against sub-50 g mice rivals.
- Coating: Smooth matte finish can feel slippery with dry hands; grip tape recommended. White version may yellow over time.
- Feet: Pure PTFE with decent glide, though thinner and scratchier than aftermarket Corepads or Tiger Ice.
Wireless Performance & Battery
- Battery life: ~95 h @ 1 K Hz, 35–40 h @ 4 K Hz, and ≈ 20 h @ 8 K Hz—still among the most efficient in class.
- USB-C port: Finally replaces micro-USB, wide enough for third-party cables.
- G HUB software: Fine DPI tuning (50-step), selectable polling rates (125–8 K Hz), adjustable LOD, onboard profiles, and sensor-feel calibration for consistent cross-device DPI.
Build Quality
Sturdy and refined, but community feedback flags occasional shell flex, scroll-wheel rattle, and minor base wobble on some units. Side buttons are firmer than GPX 1 yet retain slight pre/post-travel.
Competitive Context
| Feature | Logitech G Pro X Superlight 2 | Razer Viper V3 Pro | Lamzu Maya (4 K) | Pulsar X2 V2 Mini |
|---|---|---|---|---|
| Weight | ~60 g | ~54 g | ~45 g | ~51 g |
| Polling | 8 K Hz | 8 K Hz | 4 K Hz | 4 K Hz |
| Switch | Optical-Mech | Optical Gen-3 | Mechanical | Optical |
| Battery @ 1 K Hz | 95 h | 95 h | 80 h | 80 h |
Internal Variants:
- Superlight 2 Dex – Ergonomic right-hand tilt for palm/claw users.
- Superlight 2 c – Compact 49–51 g design for fingertip grip and smaller hands.
Real-World Use
- Tactical FPS (CS2/Valorant): Exceptional control; weight balance aids micro-adjustments, stiff clicks prevent misfires, 8 K Hz polling complements 360 Hz monitors.
- Tracking Shooters (Apex/OW2): HERO 2 ensures flawless tracking; coating can hinder grip in sweaty sessions.
- MOBA/RTS: Click stiffness increases finger fatigue—lighter optical options suit better.
Verdict
✅ Buy it if: you want top-tier wireless reliability, elite battery efficiency, and the proven GPX shape for competitive FPS.
❌ Skip it if: you need feather-light clicks, an ergonomic curve, or the lightest possible weight.
The Logitech G Pro X Superlight 2 doesn’t chase trends—it perfects stability. Still the fortified standard of esports mice: not the lightest, but the one you can trust to perform flawlessly every match.
Performance Breakdown ?
Build
SensorWhat is a Sensor? A sensor in a gaming mouse is the component responsible for detecting movement and translating it into cursor movement on your screen. Different sensors like PMW, PAW, Hero, and others vary in technology and performance metrics.Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.01/2012 05/2025Why Does It Matter? The type of sensor directly affects the tracking accuracy, speed, responsiveness, and sometimes power efficiency of a mouse. High-quality sensors can provide a competitive edge by ensuring precise cursor control, which is crucial in gaming for accuracy in aiming or quick movements.Common Sensors:PMW (PixArt Maximum Performance Wireless): Known for high performance in wired setups, offering excellent tracking precision and speed.PAW (PixArt Adaptive Wireless): Focused on power efficiency, ideal for wireless mice, with good tracking capabilities and speed.Hero (Logitech): Renowned for its power efficiency and high accuracy, suitable for both wired and wireless applications.TrueMove Pro (SteelSeries): Provides advanced stabilization for precise tracking on various surfaces.Focus Pro (Razer): Designed for professional gaming with top-tier performance metrics.Owl-Eye (ROCCAT): Custom sensor with features tailored for gaming precision.Choosing the Right Sensor: When selecting a mouse, consider the sensor based on your gaming needs. If you're into competitive gaming, look for sensors with high DPI, IPS, and low latency like PMW or Focus Pro. For longevity in wireless setups, sensors like PAW or Hero are preferable due to their power efficiency. Also, consider your preference for wired vs. wireless, as some sensors are optimized for specific use cases.
What is a Sensor? A sensor in a gaming mouse is the component responsible for detecting movement and translating it into cursor movement on your screen. Different sensors like PMW, PAW, Hero, and others vary in technology and performance metrics.
Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.
01/2012 05/2025
Why Does It Matter? The type of sensor directly affects the tracking accuracy, speed, responsiveness, and sometimes power efficiency of a mouse. High-quality sensors can provide a competitive edge by ensuring precise cursor control, which is crucial in gaming for accuracy in aiming or quick movements.
Common Sensors:
PMW (PixArt Maximum Performance Wireless): Known for high performance in wired setups, offering excellent tracking precision and speed.
PAW (PixArt Adaptive Wireless): Focused on power efficiency, ideal for wireless mice, with good tracking capabilities and speed.
Hero (Logitech): Renowned for its power efficiency and high accuracy, suitable for both wired and wireless applications.
TrueMove Pro (SteelSeries): Provides advanced stabilization for precise tracking on various surfaces.
Focus Pro (Razer): Designed for professional gaming with top-tier performance metrics.
Owl-Eye (ROCCAT): Custom sensor with features tailored for gaming precision.
Choosing the Right Sensor: When selecting a mouse, consider the sensor based on your gaming needs. If you're into competitive gaming, look for sensors with high DPI, IPS, and low latency like PMW or Focus Pro. For longevity in wireless setups, sensors like PAW or Hero are preferable due to their power efficiency. Also, consider your preference for wired vs. wireless, as some sensors are optimized for specific use cases.
Logitech HERO 2
WeightWhat is Weight? Weight refers to the mass of a gaming mouse, measured in grams, affecting its feel and maneuverability.Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.147 36Why Does It Matter? Lighter mice enable faster movements, ideal for competitive gaming, while heavier mice offer stability, suiting precise or controlled playstyles.
What is Weight? Weight refers to the mass of a gaming mouse, measured in grams, affecting its feel and maneuverability.
Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.
147 36
Why Does It Matter? Lighter mice enable faster movements, ideal for competitive gaming, while heavier mice offer stability, suiting precise or controlled playstyles.
51 g
SkatesMouse Feet Material (Skates): These pads under your mouse significantly influence glide, performance, and durability.Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.PTFE (Colored/Mixed): Moderate friction coefficient - Balances speed with a touch of added control, often seen in stock mouse setups for its versatility. The addition of dyes or other materials might slightly increase friction compared to virgin-grade, but it also enhances durability and offers color options for personalization.PTFE (Virgin-Grade): Very low friction coefficient - Pure PTFE provides minimal resistance, allowing for a seamless glide across your mousepad. This material is favored for its purity, which results in less wear over time, maintaining its glide properties longer than colored PTFE.Glass Skates (Glossy Aluminosilicate): Lowest friction coefficient - Offers an incredibly smooth glide, ideal for quick, precise movements in gaming. Their durability is unmatched, ensuring consistent performance over time, even under heavy use.Glass Skates (Matte Aluminosilicate): Low friction coefficient - Strikes a balance between speed and control, offering a tactile feedback not found in glossy finishes. The matte surface reduces the initial stickiness sometimes experienced with glossy skates, providing gamers with better control for micro-adjustments.UHMWPE: Moderate to high friction coefficient - Known for its durability, it provides a controlled glide, ideal for gamers who prefer precision.Ceramic: Higher friction coefficient - Durable and suited for hard surfaces, these skates offer control-focused glide characteristics.Sapphire: Variable friction coefficient - Luxury option with exceptional durability and glide, though performance can vary with surface treatment.Thickness and Shape: These aspects affect how your mouse interacts with the surface. Thicker skates can increase lift-off distance but may last longer, while shape influences glide smoothness.Installation and Maintenance: Proper installation involves cleaning, precise alignment of new skates, and sometimes heating for old skate removal. Regular maintenance ensures optimal glide performance.
Mouse Feet Material (Skates): These pads under your mouse significantly influence glide, performance, and durability.
Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.
PTFE (Colored/Mixed): Moderate friction coefficient - Balances speed with a touch of added control, often seen in stock mouse setups for its versatility. The addition of dyes or other materials might slightly increase friction compared to virgin-grade, but it also enhances durability and offers color options for personalization.
PTFE (Virgin-Grade): Very low friction coefficient - Pure PTFE provides minimal resistance, allowing for a seamless glide across your mousepad. This material is favored for its purity, which results in less wear over time, maintaining its glide properties longer than colored PTFE.
Glass Skates (Glossy Aluminosilicate): Lowest friction coefficient - Offers an incredibly smooth glide, ideal for quick, precise movements in gaming. Their durability is unmatched, ensuring consistent performance over time, even under heavy use.
Glass Skates (Matte Aluminosilicate): Low friction coefficient - Strikes a balance between speed and control, offering a tactile feedback not found in glossy finishes. The matte surface reduces the initial stickiness sometimes experienced with glossy skates, providing gamers with better control for micro-adjustments.
UHMWPE: Moderate to high friction coefficient - Known for its durability, it provides a controlled glide, ideal for gamers who prefer precision.
Ceramic: Higher friction coefficient - Durable and suited for hard surfaces, these skates offer control-focused glide characteristics.
Sapphire: Variable friction coefficient - Luxury option with exceptional durability and glide, though performance can vary with surface treatment.
Thickness and Shape: These aspects affect how your mouse interacts with the surface. Thicker skates can increase lift-off distance but may last longer, while shape influences glide smoothness.
Installation and Maintenance: Proper installation involves cleaning, precise alignment of new skates, and sometimes heating for old skate removal. Regular maintenance ensures optimal glide performance.
PTFE (Virgin-Grade)
Hardware
PollingWhat is Polling Rate? Polling rate, measured in Hz, is how often a mouse reports its position to the computer.Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.125 8000Why Does It Matter? Higher polling rates provide smoother, more responsive tracking, critical for competitive gaming where precision and speed are key.
What is Polling Rate? Polling rate, measured in Hz, is how often a mouse reports its position to the computer.
Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.
125 8000
Why Does It Matter? Higher polling rates provide smoother, more responsive tracking, critical for competitive gaming where precision and speed are key.
DPIWhat is DPI? Dots Per Inch (DPI) measures the sensitivity of a mouse, determining how far the cursor moves per inch of physical movement.Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.4200 44000Why Does It Matter? Higher DPI allows faster cursor movement, ideal for high-resolution displays or fast-paced gaming, while lower DPI offers precision for detailed tasks.
What is DPI? Dots Per Inch (DPI) measures the sensitivity of a mouse, determining how far the cursor moves per inch of physical movement.
Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.
4200 44000
Why Does It Matter? Higher DPI allows faster cursor movement, ideal for high-resolution displays or fast-paced gaming, while lower DPI offers precision for detailed tasks.
IPSWhat is IPS? Inches Per Second (IPS) indicates the maximum speed at which a mouse sensor can move while still accurately tracking.Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.48 888Why Does It Matter? Higher IPS ensures reliable tracking during rapid movements, essential for fast-paced gaming where quick swipes are common.
What is IPS? Inches Per Second (IPS) indicates the maximum speed at which a mouse sensor can move while still accurately tracking.
Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.
48 888
Why Does It Matter? Higher IPS ensures reliable tracking during rapid movements, essential for fast-paced gaming where quick swipes are common.
AccelerationWhat is Acceleration? Acceleration measures how quickly a mouse sensor can reach its maximum tracking speed, expressed in g-forces (g).Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.10 88Why Does It Matter? Higher acceleration ensures accurate tracking during fast movements, vital for dynamic gaming scenarios requiring rapid cursor shifts.
What is Acceleration? Acceleration measures how quickly a mouse sensor can reach its maximum tracking speed, expressed in g-forces (g).
Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.
10 88
Why Does It Matter? Higher acceleration ensures accurate tracking during fast movements, vital for dynamic gaming scenarios requiring rapid cursor shifts.
Performance
Switch LatencyWhat is Click Latency? Click latency is the time it takes for a mouse to register and transmit a button click, measured in milliseconds.Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.19.7 0.4Why Does It Matter? Lower click latency improves reaction time, crucial for gaming where fast, precise inputs can provide a competitive edge.
What is Click Latency? Click latency is the time it takes for a mouse to register and transmit a button click, measured in milliseconds.
Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.
19.7 0.4
Why Does It Matter? Lower click latency improves reaction time, crucial for gaming where fast, precise inputs can provide a competitive edge.
0.9 ms
Lift-OffWhat is Lift-Off Distance? Lift-off distance (LOD) is the height (in mm) at which a mouse’s sensor stops tracking when lifted from the surface.Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.5 0Why Does It Matter? A low LOD minimizes unwanted cursor movement during lifts, crucial for low-sensitivity gamers who frequently reposition their mouse.
What is Lift-Off Distance? Lift-off distance (LOD) is the height (in mm) at which a mouse’s sensor stops tracking when lifted from the surface.
Distribution:
Each bar shows how many products received that score; the highlighted bar is this item’s score.
5 0
Why Does It Matter? A low LOD minimizes unwanted cursor movement during lifts, crucial for low-sensitivity gamers who frequently reposition their mouse.
1.2 mm
Specifications
- Price (MSRP) $179.99
- SKU / Part # 910-006628
- Color(s)
- Design(s) standard
- Weight 51.00 g / 1.80 oz
- Material plastic
- Coating matte
- Feet Material PTFE (Virgin-Grade)
- Lighting none
- Release Date 09/2023
General Features
- Connection hybrid
- Connectivity 2.4GHz Dongle
- Computer Side Connector USB-A
- Mouse Side Connector USB-C
- Cable Type rubber
- Paracord
- Battery Hours 95
Connectivity
- Length 125.00 mm / 4.92 in
- Width 63.50 mm / 2.50 in
- Height 40.00 mm / 1.57 in
Dimensions
- Form Factor right
- Shape symmetrical
- Hump middle
- Front Flare outward
Shape & Form
- Adjustable Weight
- Honeycomb Frame
- Silent Clicks
Extra Features
- Sensor Logitech HERO 2
- Sensor Type optical
- Flawless Sensor
- Sensor Latency -
- Polling Rate 8000 Hz
- DPI 44000 k
- IPS 888
- Acceleration 88 g
- Lift-off Distance 1.2 mm
- Lift-off Settings adjustable
- Motion Sync -
- Hardware Acceleration
- Nvidia Reflex
- Smoothing
Sensor Specs
- Switch Type optical-mechanical
- Switches Logitech LIGHTFORCE (Omron (70M) - D2FP-FH1)
- Hot Swappable
- Click Latency 0.9 Wireless (ms)
- Click Force -
Switch Specs
- MCU Nordic nRF52833
- Side Button(s) 2
- Middle Button(s) 0
- Programmable Button(s) 5
- Tilt Wheel
- Adjustable Scroll Wheel
- Onboard Memory (5)
- Profile Switching
Control & Function
Notice: All gaming mice details and specifications on this site are carefully researched using trusted sources and manufacturer verification, presented "as is" with no guarantees of perfect accuracy. Neither this site nor its operators are liable for any issues or damages arising from potential inaccuracies.
Video Spotlight
Similar
Recommended
This thread is open for discussion.
Be the first to post your thoughts.
Powered by 
Terms | Privacy | Feedback
Terms | Privacy | Feedback