Forward Controls Design (FCD) makes optic mounting plates and accessories for pistols with one guiding principle: the best solution, not the cheapest. While most optic plate manufacturers use aluminum — including 7075, the strongest aluminum alloy — FCD machines their plates from 4140 steel and 17-4 stainless steel, arguing that no aluminum alloy is adequate for the recoil forces generated in a firing pistol. This isn't marketing — it's a deliberate engineering position that FCD backs with technical reasoning, and it's why serious competition and duty shooters seek out FCD plates specifically.
A 1.2oz RMR weighs 112.5lb at 1500G of recoil. FCD does not believe aluminum is a suitable material for anything that can experience up to 1800G of recoil — especially for sights that use a cross bolt. 4140 steel costs more and takes longer to machine, but FCD considers reliability and durability far more useful qualities than light weight in this application. The result: OPF plates that hold the optic genuinely immobile in recoil, eliminating the screw loosening and shearing failures that plague lesser plates under sustained fire.
FCD's optic plate lineup is called the OPF (Optics Platform, Forward Controls) line. Every OPF plate uses the same design philosophy: front and rear recoil fences that sandwich the optic body, tight tolerances (held to 0.003"), and steel-on-steel construction. Plates ship with Vibra-Tite VC-3 thread compound and Torx hardware. A torque wrench is required for proper installation.
FCD is a small company that only takes on projects where they can genuinely improve on what exists. When a product already exists that they couldn't do better — like the Tangodown ACRO plate for Glock MOS — they collaborate and co-brand rather than create a duplicate. This philosophy means every FCD product represents a deliberate engineering decision, not a catalog expansion for its own sake.
Looking for additional optic plate options? See our C&H Precision Weapons (CHPWS) and Calculated Kinetics DOGTAG pages for additional platform and optic footprint coverage.