Compare HMX Mist Linear vs Taro Linear Differences Side by Side

Explore the comprehensive side-by-side comparison of the HMX Mist Linear and HMX Taro Linear and view their biggest differences. The detailed comparison table allows you to see all the essential features, specifications, and benefits of each switch at a glance. Whether you're looking for performance, value, or specific functionalities, this comparison tool helps you make an informed decision.

Model
	90	91	Select a switch to compare
Rating	0.0 stars (0 reviews)	0.0 stars (0 reviews)
Purchase Options
Main differences	45g actuation force Nylon, PA12 top housing Nylon, PA12 bottom housing UPE stem	37g actuation force 45g bottom-out force 2mm pre-travel PC top housing Nylon, PA66 bottom housing POM, UPE stem Muted sound profile Silent operation
Score	Compared with medium linear switches Overall / Value:89.6 Materials:90.4 Finish:83.9	Compared with silent switches Overall / Value:91.1 Materials:91.1 Finish:84.2
Name	Name HMX Mist Linear	Name HMX Taro Linear
Release year	Release year 2025	Release year 2025
Switch type	Switch type Linear	Switch type Silent Linear
Factory lubed	Factory lubed	Factory lubed
Profile	Profile Standard profile	Profile Standard profile
Actuation force	Actuation force 45g	Actuation force 37g
Bottom out force	Bottom out force -	Bottom out force 45g
Pre travel	Pre travel -	Pre travel 2mm
Total travel	Total travel 3.8mm	Total travel 3.8mm
Pins	Pins 5-Pin	Pins 5-Pin
Magnetic Hall Effect	Magnetic Hall Effect	Magnetic Hall Effect
Top Housing Material	Top Housing Material Nylon, PA12	Top Housing Material PC
Bottom Housing Material	Bottom Housing Material Nylon, PA12	Bottom Housing Material Nylon, PA66
Stem Material	Stem Material UPE	Stem Material POM, UPE
Sound profile	Sound profile -	Sound profile Muted
Spring type	Spring type Long	Spring type Long
Spring length	Spring length 22mm	Spring length 22mm
Double stage	Double stage	Double stage
Long pole	Long pole	Long pole
Dust proof	Dust proof	Dust proof
Water resistant	Water resistant	Water resistant
Weight	Weight -	Weight -