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There's no excuse for poorly stowed
gear in an industrial or construction environment.
If there's a good reason to carry a device like a phone,
pager or 2-way radio then there better be a safe,
worry-free and professional way to carry one. Your communication
gear most often has a core and mission-critical purpose.
You carry it because it speeds efficiency, aids productivity
and insures safety. The gear is engineered to minimize or
eliminate repetitive strain injuries.
But sometimes, more importantly, the gear facilitates and
promotes teamwork and inter-team cooperation. The success
of your plant, your job, your industry sometimes depends
on the quality and the usefulness of your communication
gear.
So why let it dangle, bounce, drop, get left behind or
ignored. We at Duckbill think it should be an inherent part
of any SPMM
(Single Platform: Many Modules) solution. And that it be
adjustable and interchangeable enough to allow the user
to position (and reposition) and tune-up (or re-tune) the
weight and access of the gear he uses and carries.
The entire line of SPMM communications modules is
engineered and built to offer safe stowage and quick access.
The gear is designed to provide protection from dust, grime,
sparks, grit, moisture, falls and bumps. And each holster
is ergonomically tuned to not only the shape of the tool
but also to the frequency of access required. These Duckbill
SPMM device modules have been designed
with the following considerations in mind:
- Full leather construction
- Padded or isolated and/or enclosed main compartments
to protect sensitive electronics.
- Some device modules (like the RAD-777) provide
protection against falls, drops and loss while at the
same time allowing easy access.
- SPMM modules are engineered to NOT slide,
rotate, hang limply from the belt (or suspender),
or move away from the target position (unless or until
re-positioned or interchanged by the user/wearer).
- Most are designed with dielectric applications in
mind.
- Most modules can be mounted horizontally or vertically
depending on ergonomic requirements, user preference and/or
access frequency.
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