# item.guide
Side-by-Side Comparison Drive Types

JIS Cross vs. Security Torx

Comparing 2 standards across 10 specifications. 10 key differences identified.

Comparing:
JIS Cross
Security Torx

JIS B 1012 is a Japanese Industrial Standard cruciform screw drive commonly found on Japanese motorcycles (Honda, Yamaha, Kawasaki, Suzuki), cameras, and consumer electronics. Visually similar to Phillips, it features a shallower center pit and parallel 90-degree cross-wings engineered not to cam out, which easily strip when turned with standard Phillips screwdrivers.

View full JIS Cross spec sheet →

Security Torx (Tamper-Resistant Torx / Pin-in-Torx / Torx TR) is a tamper-evident variant of the standard hexalobular drive. Featuring a hardened solid cylindrical metal post in the center of the 6-lobed recess, it prevents standard flat, hex, or standard Torx driver bits from inserting, requiring a specialized hollow-tipped security bit.

View full Security Torx spec sheet →

Specification Comparison Table

10 Parameters
Parameter / Spec
Primary Applications
Japanese motorcycles (engine cases, carburetors), Shimano bicycle components, Nikon/Canon cameras Public infrastructure (restroom partitions, subway signs), video game consoles (Xbox, PlayStation controllers), consumer power tools
Standard Specification
JIS B 1012 (Cruciform cross-recessed screws)
Visual Identification
A single small raised circular dimple or dot stamped into the head face
Flank Geometry
Parallel cross walls with a flat, shallow bottom recess (no cam-out slope)
Cam-Out Tendency
Zero (Engineered to stay fully seated under high torque)
Common Sizing Tiers
JIS #000, JIS #00, JIS #0, JIS #1, JIS #2, JIS #3
Drive Geometry
Standard 6-lobed Torx star with a centered solid cylindrical metal post
Tool Bit Requirement
Hollow-center / Bore-hole driver bit (e.g. TR20 bit has a drilled center)
Standard Sizing Tiers
T6H, T7H, T8H, T9H, T10H, T15H, T20H, T25H, T27H, T30H, T40H ('H' or 'TR' designation)
Tamper Resistance Level
Medium (Deters unauthorized consumer disassembly without specialty tools)