Our Threaded-to-VacuLock compatible Adapter is a purpose-built interface component that connects a male 3/4″–5 threaded mount to a VacuLock-compatible attachment interface. Designed as part of the FalseFlagLabs modular system, this adapter allows threaded mounts—such as stands, fixtures, or other adapters—to be used seamlessly with VacuLock-style accessories.
This component serves as the transition point between standard threaded hardware and VacuLock-compatible forms.
Converts a male 3/4″–5 threaded interface
→ to a VacuLock-compatible end
Enables modular use between threaded mounts and VacuLock accessories
Acts as the central link in multi-part adapter configurations
Single-purpose geometry designed specifically for threaded-to-VacuLock transitions
Consistent VacuLock form for predictable attachment and release
Durable FDM construction provides grip, vibration damping, and controlled compliance
Clean alignment to reduce wobble when used with upstream mounts
This adapter is intended to be combined with other FalseFlagLabs mounting components, not used as a standalone attachment.
✔ Compatible with:
Male 3/4″–5 threads (standard broom size)
VacuLock-compatible attachments and accessories
FalseFlagLabs threaded adapters and mounting components
✖ Not compatible with:
Metric threaded systems
Non-VacuLock attachment standards
Load-bearing or structural applications
If you are using a direct adapter that already integrates a VacuLock end, this component is not required.
Input: Female 3/4″–5 thread
Output: VacuLock-compatible interface
Material: PLA+ (a tough, impact-resistant plastic)
Finish: Functional matte
Manufacturing: Additive (3D printed)
Hand-tighten only; tools are not required
Ensure full thread engagement before attaching accessories
Inspect periodically for wear or debris
Clean with mild soap and warm water
Allow to fully dry before storage
Listing includes one adapter only
Threaded mounts and VacuLock accessories are not included
Intended for responsible adult use
This component is not structural and should not be used to support excessive loads
Our Threaded-to-VacuLock compatible Adapter is a purpose-built interface component that connects a male 3/4″–5 threaded mount to a VacuLock-compatible attachment interface. Designed as part of the FalseFlagLabs modular system, this adapter allows threaded mounts—such as stands, fixtures, or other adapters—to be used seamlessly with VacuLock-style accessories.
This component serves as the transition point between standard threaded hardware and VacuLock-compatible forms.
Converts a male 3/4″–5 threaded interface
→ to a VacuLock-compatible end
Enables modular use between threaded mounts and VacuLock accessories
Acts as the central link in multi-part adapter configurations
Single-purpose geometry designed specifically for threaded-to-VacuLock transitions
Consistent VacuLock form for predictable attachment and release
Durable FDM construction provides grip, vibration damping, and controlled compliance
Clean alignment to reduce wobble when used with upstream mounts
This adapter is intended to be combined with other FalseFlagLabs mounting components, not used as a standalone attachment.
✔ Compatible with:
Male 3/4″–5 threads (standard broom size)
VacuLock-compatible attachments and accessories
FalseFlagLabs threaded adapters and mounting components
✖ Not compatible with:
Metric threaded systems
Non-VacuLock attachment standards
Load-bearing or structural applications
If you are using a direct adapter that already integrates a VacuLock end, this component is not required.
Input: Female 3/4″–5 thread
Output: VacuLock-compatible interface
Material: PLA+ (a tough, impact-resistant plastic)
Finish: Functional matte
Manufacturing: Additive (3D printed)
Hand-tighten only; tools are not required
Ensure full thread engagement before attaching accessories
Inspect periodically for wear or debris
Clean with mild soap and warm water
Allow to fully dry before storage
Listing includes one adapter only
Threaded mounts and VacuLock accessories are not included
Intended for responsible adult use
This component is not structural and should not be used to support excessive loads
