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RDR T1 Minimal Mount: FFFTech/FFFTechnology
A mount for red dot optics that use the common Aimpoint T1 mounting footprint, similar in design to the original
3FTech RDR T1.
A cut down variant, quicker to print. Best for use with cheaper optics, no doubt less surface area for the clamp to
interface with the side of the rail most likely will not hold zero as well for heavier optics.
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 220C
Bed: 56C
First Layer Print Height: .20mm
Standard Layer Height: .12mm
Wall Thickness: .40mm
Wall Perimeters: 6+
Infill: 25%+
Infill Pattern: Gyroid
Material Flow: 100%
Support Material Percentage: 18%
Print the mount/riser upside-down
Hardware Needed:
1x M5x30 Hex Socketed Machine Screw/Bolt
1x M5 Hex Nut (Be sure both bolt & nut are the same thread pitch.)
LBRY Tags: 3d printing; aimpoint; firearms; optics; t1
A mount for red dot optics that use the common Aimpoint T1 mounting footprint, similar in design to the original
3FTech RDR T1.
A cut down variant, quicker to print. Best for use with cheaper optics, no doubt less surface area for the clamp to
interface with the side of the rail most likely will not hold zero as well for heavier optics.
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 220C
Bed: 56C
First Layer Print Height: .20mm
Standard Layer Height: .12mm
Wall Thickness: .40mm
Wall Perimeters: 6+
Infill: 25%+
Infill Pattern: Gyroid
Material Flow: 100%
Support Material Percentage: 18%
Print the mount/riser upside-down
Hardware Needed:
1x M5x30 Hex Socketed Machine Screw/Bolt
1x M5 Hex Nut (Be sure both bolt & nut are the same thread pitch.)
LBRY Tags: 3d printing; aimpoint; firearms; optics; t1