MCHOSE L7 vs VXE R1 Pro vs MAD R vs ATK X1 - Mouse Comparison - EloShapes

The ATK X1 is larger than both the VXE R1 Pro and VXE MAD R, and much larger than the MCHOSE L7. The VXE MAD R weighs 8% less than the MCHOSE L7, 25% less than the VXE R1 Pro, and 33% less than the ATK X1. The MCHOSE L7 uses the Omron D2FC-F-7N(100M) mechanical switches rated for 100 million clicks, while both the VXE R1 Pro and ATK X1 use the Huano Transparent Pink Shell Pink Dot mechanical switches rated for 90 million clicks, while the VXE MAD R has the option between the Omron Optical switches rated for 70 million clicks, and the FE Advanced Optical Switch rated for 100 million clicks. The MCHOSE L7 uses the TTC Gold mechanical encoder, while both the VXE R1 Pro and VXE MAD R use the F-Switch E10A2 mechanical encoder, while the ATK X1 uses the mechanical F-Switch Encoder. The MCHOSE L7 has the highest polling rate of 8000 Hz, while the VXE MAD R has a polling rate of 8000 Hz, and the ATK X1 has a polling rate of 8000 Hz, while the VXE R1 Pro has a polling rate of 4000 Hz. All mice have a max DPI of 26000. All mice are wireless.

MCHOSE L7 vs VXE R1 Pro vs MAD R vs ATK X1 - Mouse Comparison - EloShapes
Category
Small Medium Medium Large
Length
mm
115.6 120.6 120.1 127.0
Width
mm
60.6 64.0 63.1 64.0
Height
mm
36.0 37.8 38.1 40.0
Weight
grams
39.0 48.0 36.0 54.0
Category
Symmetrical Symmetrical Symmetrical Symmetrical
Hand compatibility
Right Right Right Right
Hump placement
Back - moderate Back - moderate Back - moderate Back - minimal
Front flare
Flat Flat Outward - slight Outward - slight
Side curvature
Inward Flat Flat Inward
Thumb rest
No
No
No
No
Ring finger rest
No
No
No
No
Name
Type
Optical Optical Optical Optical
Position
Centered (52%) Centered (50%) Forward (54%) Centered (51%)
DPI
26000 26000 26000 26000
Polling rate
Hz
8000 4000 8000 8000
Tracking speed
IPS
650 650 650 650
Acceleration
G
50 50 50 50
Side buttons
2 2 2 2
Middle buttons
0 0 0 0
Hot-swap switches
No
No
No
No
Switches
Encoder
Connectivity
Wireless Wireless Wireless Wireless
Material
Plastic Plastic Plastic Plastic