Ancra Aircraft’s permanent securement point solution is our durable Anchor Plate, engineered from solid steel for more holding strength. Whether you’re securing your cargo using either nets or tie downs, end fittings easily click into the plate to create a solid and reliable connection to help keep the cargo firmly immobile throughout transit.
The Anchor Plate’s low-profile design allows operators to roll cargo and baggage over the plate without risking either from getting damaged. In addition, the plate runs almost flush against the floor, so it doesn’t get in the way when securing items. Since it can only hold a single stud cargo fitting at a time, it’s the ideal Anchor Plate for tie down situations in which space is limited, freeing up more room for securing and maneuvering.
Ancra
PART#40000-11
Ancra Aircraft’s Anchor Plate is a permanent securement solution that’s been manufactured to provide optimal strength without taking up too much room. It creates a stable tie down point that can be...
Ancra
PART#40073-13
For a reliable securement job, you’ll want to use Ancra Aircraft’s Threaded Stud that’s equipped with 2 Knurled Nuts. These nuts are designed in a way that makes it easier to twist them by hand...
Ancra
PART#44413-11
Very easy to handle, especially in premium space situations, Ancra Aircraft’s Fitting Assembly, Flush Mount with UNFF Thread can help make the securement job much easier. Its low-profile cadmium...
Ancra
PART#44413-10
This Ancra Aircraft Fitting Assembly, Flush Mount is designed with UNF Thread for easier handling and installment. It creates a strong hold that you can rely on throughout transit. With its...
Ancra
PART#42182-11
Ancra Aircraft has designed this Flush Mount Fitting Assembly with a low-profile frame. This makes it much easier to secure your aircraft cargo in a situation in which space is critical. Not only...
Ancra
PART#42182-10
Ancra Aircraft’s Fitting Assembly runs flush mounted against the surface, which makes it the ideal component for handling tie down jobs that take place in limited space situations. This simple...
