The T1 Tomahawk Digital Tape Measure - store.reekon.tools/products/t...
The T1 Tomahawk Digital Tape Measure is a revolution in job site measuring making fast, accurate, and forget-free measurements. A live view, OLED display, shows measurements of the tape measure blade digitally, in both english and metric units. With a click of a button, measurements are saved to a side mounted, high visibility, e-paper display. Precision front and rear reference surfaces, paired with a green laser line projection, work together to accurately capture measurements. Taking both incremental measurements and, the traditionally difficult, internal measurements as simple as clicking a button. Bluetooth connectivity allows measurements to be synced with your phone and the REEKON ROCK app for making distinct job sites and cut lists.
Completely redesigned ergonomics, conducive for maximal grip strength, and tactically located displays and interaction points lend the T1 to being one of the most comfortable tape measures ever made. A stainless steel belt clip makes the T1 easy to fasten to your belt or tool bag with ease. A robust thermoplastic blade coating and high contrast markings makes the T1 blade unparalleled. The blade is fully replaceable and can be swapped out and changed to use one of many designs and patterns. The T1 body is housed in a glass reinforced nylon housing surrounded by impact absorbing rubber and is made to survive job site conditions.
With absolute measurement correction, and secondary encoding features, the proprietary TOMAHAWK Measurement Engine is extremely robust against errors, tape measure wear, and holds accuracies beyond 500 microns (0.02").
In addition to the formidable T1, REEKON Tools is proud to introduce the ROCK app which allows for users to make job sites and store measurements recorded on the T1 device and compile into cut lists. ROCK is an industry first app designed for the professional tradesperson. Cut lists can be organized by location and shared with other users on the same site, allowing cutting and measuring to happen in completely different locations, automatically sharing data between the two.