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Fantech Raigor II WG10 Review | 78 Data compared

Avg. price in UK: ~£9
Avg. price in US: ~$10
Connectivity: wireless+wired
Maximum polling rate: 125 Hz
Maximum DPI: 2000 DPI
Weight: 61 g

Fantech Raigor II WG10 review. Compare 78 technical specifications and user reviews to see how it ranks among mice and if it is worth buying.

4.6

Poor

4.2

Poor

6.4

Good

3.6
Gaming
Score components:
28.0%
1.0
Maximum polling rate
24.0%
7.8
N. of programmable buttons
20.0%
1.0
Onboard memory profiles
16.0%
1.0
Maximum tracking speed
12.0%
9.0
Weight

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Verdict

The Fantech Raigor II WG10 is a budget-oriented wireless gaming mouse featuring a PixArt FCT3065 optical sensor with on-the-fly adjustable sensitivity ranging from 800 to 2,000 DPI. It operates via a 2.4GHz wireless connection with a 125Hz polling rate and is powered by a single AA battery, which can provide up to 720 hours of life due to its power-saving sensor technology. Key characteristics include an ambidextrous ergonomic design, 6 programmable buttons, and Huano switches rated for 5 million clicks. Its main pros are its lightweight 61g build, long battery endurance, and highly affordable price point. However, notable cons include a low 125Hz polling rate that may not satisfy competitive gamers, a relatively low maximum DPI of 2,000, and the lack of a rechargeable battery or RGB lighting.

Technical Specifications of Fantech Raigor II WG10

Overall score

4.6

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Popularity

What it is: An indicator based on the number of reviews received by the mouse.

When it matters: When you prefer a mouse that has already been chosen and reviewed by many other users.

Performance & Sensor

1.8

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Brand name

What it is: The manufacturer or brand of the product.

When it matters: When you prefer a specific ecosystem, support network, or design philosophy.

Importance: MEDIUM

Fantech

Maximum polling rate

What it is: The maximum number of position reports the mouse can send to the computer each second, measured in Hertz (Hz).

When it matters: When you are chasing the lowest possible input delay for competitive play and want the mouse reporting as often as possible.

Importance: HIGH

Good value: >=1000 Hz

Wired polling rate

What it is: The polling rate the mouse reaches when it is connected with a cable.

When it matters: When you mainly use the mouse wired and want maximum responsiveness.

Importance: HIGH

Good value: >=1000 Hz

N/A

2.4 GHz polling rate

What it is: The polling rate available when the mouse is used over a 2.4 GHz wireless connection.

When it matters: When you use the 2.4 GHz receiver and want near-wired performance.

Importance: HIGH

Good value: >=1000 Hz

Bluetooth polling rate

What it is: The polling rate available when the mouse is connected through Bluetooth.

When it matters: When you use Bluetooth and want to understand the trade-off in responsiveness.

Importance: LOW

Good value: >=125 Hz

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Connectivity

9.7

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Connectivity

What it is: The mouse's high-level connectivity class: wired only, wireless only, or both wired and wireless.

When it matters: When you need to know at a glance whether the mouse is wired, wireless, or flexible enough to support both.

Importance: HIGH

Bluetooth support

What it is: Shows whether the mouse can connect over Bluetooth instead of relying only on a wired link or proprietary USB receiver.

When it matters: When you want a dongle-free connection option for laptops, tablets, or devices with limited USB ports.

Importance: MEDIUM

Bluetooth version

What it is: The Bluetooth standard version supported by the mouse for wireless connectivity and compatibility.

When it matters: When you care about Bluetooth compatibility, efficiency, and connection quality.

Importance: LOW

Good value: >=5.1

N/A

Proprietary 2.4 GHz support

What it is: Shows whether the mouse supports the brand's dedicated 2.4 GHz wireless system rather than relying only on Bluetooth.

When it matters: When you want the brand's fast low-latency wireless mode instead of depending only on Bluetooth performance.

Importance: MEDIUM

Receiver included

What it is: Shows whether a compatible wireless receiver is included in the box instead of needing to be bought separately.

When it matters: When you expect full wireless use immediately and do not want to buy extra accessories just to get started.

Importance: MEDIUM

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Battery & Charging

1.0

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Battery life

What it is: The operating time the mouse can deliver on a full charge or a fresh set of batteries under normal use.

When it matters: When the mouse needs to last through workdays, travel, or repeated gaming sessions without constant charging.

Importance: HIGH

Good value: >400 hours

N/A

Battery capacity

What it is: The amount of energy the built-in battery can store, measured in milliampere-hours (mAh).

When it matters: When you want rough battery context behind the runtime claim instead of judging endurance from marketing hours alone.

Importance: MEDIUM

Good value: >=500 mAh

N/A

Battery form factor

What it is: The battery format used by the mouse, such as AA, AAA, integrated rechargeable cell, or another form.

When it matters: When you care whether the mouse uses easy-to-replace AA or AAA cells or a sealed rechargeable pack.

Importance: LOW

AA

Rechargeable battery

What it is: Shows whether the mouse uses a rechargeable battery instead of relying only on disposable cells.

When it matters: When you prefer topping the mouse up over USB or a dock instead of buying disposable batteries repeatedly.

Importance: HIGH

Removable battery

What it is: Shows whether the battery can be removed and replaced by the user instead of being sealed inside the mouse.

When it matters: When long-term serviceability matters and you would rather replace the battery than replace the whole mouse later.

Importance: LOW

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Controls

5.0

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N. of buttons

What it is: The total number of physical buttons available on the mouse body.

When it matters: When you need enough physical controls for shortcuts, MMO binds, browser actions, or productivity commands.

Importance: HIGH

Good value: >=7

N. of side buttons

What it is: The number of buttons placed on the side of the mouse, typically for thumb access.

When it matters: When thumb-access buttons matter for browser navigation, MMOs, or productivity shortcuts.

Importance: MEDIUM

Good value: >=2

N. of programmable buttons

What it is: The number of mouse buttons that can be customized or reassigned through software or onboard settings.

When it matters: When remapping flexibility matters and you want more actions moved off the keyboard.

Importance: HIGH

Good value: >=7

DPI switching button

What it is: Shows whether the mouse includes a dedicated control for changing DPI levels on the fly.

When it matters: When you want to swap sensitivity instantly for sniping, browsing, editing, or different game genres.

Importance: MEDIUM

Profile switching button

What it is: Shows whether the mouse includes a dedicated control for changing onboard or saved profiles during use.

When it matters: When you switch between saved profiles for different games or work routines.

Importance: LOW

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Design

8.8

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Orientation

What it is: The hand orientation the mouse is designed for, such as right-handed, left-handed, or ambidextrous use.

When it matters: When hand comfort matters and you need a shape that fits your grip and dominant hand.

Importance: HIGH

ambidextrous

Weight

What it is: The overall weight of the mouse itself, which influences portability, comfort, and movement feel.

When it matters: When you care about how light or substantial the mouse feels during long sessions.

Importance: HIGH

Good value: <100 g

Extra weights

What it is: The total weight of removable extra weights included for tuning the balance or feel of the mouse.

When it matters: When you care about tuning balance and overall heft instead of being locked into the stock feel.

Importance: LOW

Cable length

What it is: The length of the supplied cable used for wired operation or charging, usually measured in meters.

When it matters: When you need enough cable reach across your desk or charging setup.

Importance: LOW

Good value: >=1.8 m

N/A

Cable type

What it is: The construction style of the cable, such as braided, rubber, or paracord, which affects flexibility and durability.

When it matters: When cable drag, flexibility, and durability affect how the mouse feels in use.

Importance: LOW

N/A

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Features

1.9

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Onboard memory profiles

What it is: The number of user profiles that can be stored directly in the mouse memory for use without reconfiguring software each time.

When it matters: When you use different games, apps, or devices and want settings saved directly on the mouse.

Importance: MEDIUM

Good value: >=3

Onboard memory size

What it is: The amount of onboard memory available inside the mouse for storing settings, macros, or profiles.

When it matters: When you store complex macros, settings, or several onboard profiles.

Importance: LOW

Good value: >=512 KB

Software name

What it is: The name of the official software used to configure the mouse, update firmware, or customize features.

When it matters: When software ecosystem and customization tools influence your buying decision.

Importance: LOW

N/A

Firmware upgradable

What it is: Shows whether the mouse can receive firmware updates for fixes, compatibility improvements, or feature changes.

When it matters: When you want the option for later fixes, stability improvements, or performance tweaks after purchase.

Importance: LOW

Suitable for gaming

What it is: Shows whether the mouse is positioned or tuned around gaming-focused speed, latency, and control features.

When it matters: When fast clicks, low latency, and gaming-oriented features are priorities.

Importance: MEDIUM

Fantech Raigor II WG10 vs the average mouse

Why is Fantech Raigor II WG10 better than the average mouse?

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Silent primary switches
Fantech Raigor II WG10 uses silent primary switches, while the average mouse does not. 14.4% of mice use silent primary switches.
Silent click buttons.
What it is: Shows whether the main left and right buttons are designed for quieter clicking than standard switches.
When it matters: When you work in quiet spaces and want less click noise.
Importance: MEDIUM
Fantech Raigor II WG10 uses silent primary switches, while the average mouse does not. 14.4% of mice use silent primary switches.
26.3% lower mouse weight
Fantech Raigor II WG10 weighs 61 g, while the average mouse weighs 82.745 g.
Without battery.
What it is: The overall weight of the mouse itself, which influences portability, comfort, and movement feel.
When it matters: When you care about how light or substantial the mouse feels during long sessions.
Importance: HIGH
Good value: <100 g
Fantech Raigor II WG10 weighs 61 g, while the average mouse weighs 82.745 g.61 g vs 82.745 g
Removable battery
Fantech Raigor II WG10 uses a removable battery, while the average mouse does not. 22.3% of mice use a removable battery.
Uses replaceable AA battery.
What it is: Shows whether the battery can be removed and replaced by the user instead of being sealed inside the mouse.
When it matters: When long-term serviceability matters and you would rather replace the battery than replace the whole mouse later.
Importance: LOW
Fantech Raigor II WG10 uses a removable battery, while the average mouse does not. 22.3% of mice use a removable battery.
80.3 mm shorter mouse length
Fantech Raigor II WG10 is 38 mm long, while the average mouse is 118.3 mm long.
What it is: The overall front-to-back length of the mouse body.
When it matters: When hand size and grip style are central to comfort and you want to avoid a mouse that feels too short or too stretched out.
Importance: MEDIUM
Fantech Raigor II WG10 is 38 mm long, while the average mouse is 118.3 mm long.38 mm vs 118.3 mm
3.89x cheaper
Fantech Raigor II WG10 is cheaper than the average mouse (£9 vs £35).
Fantech Raigor II WG10 is cheaper than the average mouse (£9 vs £35).£9 vs £35
Versatile connectivity
Fantech Raigor II WG10 supports wireless+wired connectivity, while the average mouse supports wireless connectivity.
connection modes: wired / Bluetooth / 2.4 GHz.
What it is: The mouse's high-level connectivity class: wired only, wireless only, or both wired and wireless.
When it matters: When you need to know at a glance whether the mouse is wired, wireless, or flexible enough to support both.
Importance: HIGH
Fantech Raigor II WG10 supports wireless+wired connectivity, while the average mouse supports wireless connectivity.wireless+wired vs wireless
Receiver storage inside mouse
Fantech Raigor II WG10 has receiver storage inside the mouse, while the average mouse does not. 45.9% of mice have receiver storage inside the mouse.
What it is: Shows whether the mouse has an internal compartment for storing the wireless receiver during travel or transport.
When it matters: When you travel with the mouse and do not want to lose the wireless receiver.
Importance: LOW
Fantech Raigor II WG10 has receiver storage inside the mouse, while the average mouse does not. 45.9% of mice have receiver storage inside the mouse.
3 years newer release date
Fantech Raigor II WG10 was released in 2,024, while the average mouse was released in 2,021.
What it is: The official release or launch timing of the mouse, usually expressed as month and year when available.
When it matters: When you prefer newer models with more recent hardware and software support.
Importance: LOW
Good value: >=2023
Fantech Raigor II WG10 was released in 2,024, while the average mouse was released in 2,021.2024 vs 2021
Versatile connectivity
Fantech Raigor II WG10 supports wireless+wired connectivity, while the average mouse supports wireless connectivity.
Receiver storage inside mouse
Fantech Raigor II WG10 has receiver storage inside the mouse, while the average mouse does not. 45.9% of mice have receiver storage inside the mouse.
Removable battery
Fantech Raigor II WG10 uses a removable battery, while the average mouse does not. 22.3% of mice use a removable battery.
Silent primary switches
Fantech Raigor II WG10 uses silent primary switches, while the average mouse does not. 14.4% of mice use silent primary switches.
26.3% lower mouse weight
Fantech Raigor II WG10 weighs 61 g, while the average mouse weighs 82.745 g.
80.3 mm shorter mouse length
Fantech Raigor II WG10 is 38 mm long, while the average mouse is 118.3 mm long.
3 years newer release date
Fantech Raigor II WG10 was released in 2,024, while the average mouse was released in 2,021.

Battery & Charging

Why is Fantech Raigor II WG10 worse than the average mouse?

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87.5% lower maximum polling rate
Fantech Raigor II WG10 has a maximum polling rate of 125 Hz, while the average mouse has a maximum polling rate of 1,000 Hz.
92.5% lower tracking speed
Fantech Raigor II WG10 has a maximum tracking speed of 30 IPS, while the average mouse has a maximum tracking speed of 400 IPS.
80% lower maximum DPI
Fantech Raigor II WG10 has a maximum DPI of 2,000 DPI, while the average mouse has a maximum DPI of 10,000 DPI.
87.5% lower 2.4 GHz polling rate
Fantech Raigor II WG10 has a 2.4 GHz polling rate of 125 Hz, while the average mouse has a 2.4 GHz polling rate of 1,000 Hz.
600 DPI higher minimum setting
Fantech Raigor II WG10 has a minimum DPI of 800 DPI, while the average mouse has a minimum DPI of 200 DPI.
75% lower maximum acceleration
Fantech Raigor II WG10 has a maximum acceleration of 10 G, while the average mouse has a maximum acceleration of 40 G.
2 fewer stored DPI steps
Fantech Raigor II WG10 stores 3 DPI steps, while the average mouse stores 5 DPI steps.
Poor default DPI tuning
Fantech Raigor II WG10 uses a default DPI of 800 DPI, while the average mouse uses a default DPI of 1,000 DPI.
No automatic sleep mode
Fantech Raigor II WG10 does not support auto-sleep, while the average mouse does. 63.2% of mice support auto-sleep.
No battery level indicator
Fantech Raigor II WG10 does not include a battery level indicator, while the average mouse does. 59.2% of mice include a battery level indicator.
25 million clicks shorter switch lifespan
Fantech Raigor II WG10 has a switch durability of 5 million clicks, while the average mouse has a switch durability of 30 million clicks.
Huano switches.
No RGB lighting
Fantech Raigor II WG10 does not have RGB lighting, while the average mouse does. 56.3% of mice have RGB lighting.
No firmware upgrades
Fantech Raigor II WG10 does not support firmware upgrades, while the average mouse does. 72.8% of mice support firmware upgrades.
1 fewer onboard profiles
Fantech Raigor II WG10 supports 0 onboard memory profiles, while the average mouse supports 1 onboard memory profiles.
87.5% lower maximum polling rate
Fantech Raigor II WG10 has a maximum polling rate of 125 Hz, while the average mouse has a maximum polling rate of 1,000 Hz.
What it is: The maximum number of position reports the mouse can send to the computer each second, measured in Hertz (Hz).
When it matters: When you are chasing the lowest possible input delay for competitive play and want the mouse reporting as often as possible.
Importance: HIGH
Good value: >=1000 Hz
Fantech Raigor II WG10 has a maximum polling rate of 125 Hz, while the average mouse has a maximum polling rate of 1,000 Hz.125 Hz vs 1000 Hz
25 million clicks shorter switch lifespan
Fantech Raigor II WG10 has a switch durability of 5 million clicks, while the average mouse has a switch durability of 30 million clicks.
Huano switches.
What it is: The rated click lifespan of the primary switches, usually expressed in millions of clicks.
When it matters: When heavy clicking, long-term reliability, and avoiding early switch failure are part of the buying decision.
Importance: MEDIUM
Good value: >=70 million clicks
Fantech Raigor II WG10 has a switch durability of 5 million clicks, while the average mouse has a switch durability of 30 million clicks.5 million clicks vs 30 million clicks
No firmware upgrades
Fantech Raigor II WG10 does not support firmware upgrades, while the average mouse does. 72.8% of mice support firmware upgrades.
What it is: Shows whether the mouse can receive firmware updates for fixes, compatibility improvements, or feature changes.
When it matters: When you want the option for later fixes, stability improvements, or performance tweaks after purchase.
Importance: LOW
Fantech Raigor II WG10 does not support firmware upgrades, while the average mouse does. 72.8% of mice support firmware upgrades.
92.5% lower tracking speed
Fantech Raigor II WG10 has a maximum tracking speed of 30 IPS, while the average mouse has a maximum tracking speed of 400 IPS.
What it is: The highest movement speed the sensor can track accurately before it starts losing precision, usually expressed in inches per second (IPS).
When it matters: When you make very fast swipes and do not want the sensor to lose tracking.
Importance: HIGH
Good value: >=400 IPS
Fantech Raigor II WG10 has a maximum tracking speed of 30 IPS, while the average mouse has a maximum tracking speed of 400 IPS.30 IPS vs 400 IPS
1 fewer onboard profiles
Fantech Raigor II WG10 supports 0 onboard memory profiles, while the average mouse supports 1 onboard memory profiles.
What it is: The number of user profiles that can be stored directly in the mouse memory for use without reconfiguring software each time.
When it matters: When you use different games, apps, or devices and want settings saved directly on the mouse.
Importance: MEDIUM
Good value: >=3
Fantech Raigor II WG10 supports 0 onboard memory profiles, while the average mouse supports 1 onboard memory profiles.0 vs 1
80% lower maximum DPI
Fantech Raigor II WG10 has a maximum DPI of 2,000 DPI, while the average mouse has a maximum DPI of 10,000 DPI.
What it is: The highest sensitivity setting supported by the mouse sensor, measured in dots per inch (DPI).
When it matters: When extremely high sensitivity is part of your setup, even if it matters less than sensor quality for most users.
Importance: HIGH
Good value: >=18000 DPI
Fantech Raigor II WG10 has a maximum DPI of 2,000 DPI, while the average mouse has a maximum DPI of 10,000 DPI.2000 DPI vs 10000 DPI
No automatic sleep mode
Fantech Raigor II WG10 does not support auto-sleep, while the average mouse does. 63.2% of mice support auto-sleep.
What it is: Shows whether the mouse automatically enters a low-power state after inactivity to reduce battery drain.
When it matters: When battery life matters but you do not want to remember to power the mouse down every time you step away.
Importance: LOW
Fantech Raigor II WG10 does not support auto-sleep, while the average mouse does. 63.2% of mice support auto-sleep.
87.5% lower 2.4 GHz polling rate
Fantech Raigor II WG10 has a 2.4 GHz polling rate of 125 Hz, while the average mouse has a 2.4 GHz polling rate of 1,000 Hz.
What it is: The polling rate available when the mouse is used over a 2.4 GHz wireless connection.
When it matters: When you use the 2.4 GHz receiver and want near-wired performance.
Importance: HIGH
Good value: >=1000 Hz
Fantech Raigor II WG10 has a 2.4 GHz polling rate of 125 Hz, while the average mouse has a 2.4 GHz polling rate of 1,000 Hz.125 Hz vs 1000 Hz

Performance & Sensor

Battery & Charging

Graphic comparison of Fantech Raigor II WG10 and

Attribute category

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Third-party reviews

United Kingdom

United States

(Reviews last updated: May 2026)

What customers like about Fantech Raigor II WG10?

Highly affordable and offers good value for its price point.
Very lightweight (approximately 61g without battery), making it easy to move.
Long manufacturer-stated battery life of up to 720 hours.
Responsive 2.4GHz wireless connection with minimal noticeable delay for casual use.
Includes dedicated DPI switching and side buttons for added functionality.
Ambidextrous and ergonomic shape that is comfortable for many users.

What customers dislike about Fantech Raigor II WG10?

Build quality can feel cheap or 'weak' to some users.
Not rechargeable; requires a single AA battery which adds recurring cost.
Relatively low maximum DPI (up to 2000) compared to higher-end gaming mice.
Low polling rate (125Hz) and maximum speed (30 IPS) limit its performance for competitive FPS gaming.
Some users find the size too small for larger hands.
Mouse skates can feel scratchy or collect dust easily over time.

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