![]() ![]() But the Enhanced Failsafe, Flight Limits and Command Sticks Calibration features are utilized universally. Home / TBS Discovery Endurance Upgrade Set TBS Discovery Endurance Upgrade Set 634.99 499.99 Out of Stock Notify me when this product is in stock Add to Wishlist TBS Discovery Endurance Upgrade Set The TBS Discovery Endurance Upgrade Set includes motors, escs, extended arms, 6s battery and 15' props. Some of the controller’s capabilities, like the Low-Voltage Alert and Intelligent Orientation Control, are eschewed by many enthusiasts. Although it includes pages of options, each setting is explained in sufficient detail for the neophyte to understand what it does and why it’s important. Of the configurable components in TBS’ Long Range kit, the Naza-M V2 is easiest to set up. ![]() Twenty meters isn’t very high, and your quadcopter will plow into any tree, building or pole in its way if you aren’t clear of obstacles. Sound like useful functionality to have on a $3000+ aircraft? It is. A quad above 20m maintains its altitude and flies straight back before hovering for 15 seconds and then landing itself. A multi-rotor flying under 20m ascends before making the journey automatically. Should the radio lose contact (or you simply get into trouble and manually trigger it), a failsafe mode engages-the quad hovers for three seconds, and if you haven’t regained control, returns to the spot where you established satellite lock and started the motors. Naturally, the GPS fixes on satellites to triangulate your position. The LED conveys system status through a series of red, yellow and green blink codes, additionally hosting the microUSB interface used to attach your PC. But in brief, the PMU takes a 7-25V input and outputs 5V at up to 3A. DJI spells out the purpose of each component in its documentation. ![]() Otherwise, each PWM channel interfaces through its own cable.The box includes a main controller, a power management unit, an LED block with USB connectivity and a GPS. Switching to PPM allowed me to hook the Long-Range RC RX up to TBS’ header block through just two servo cables: one carrying the PPM signal and the other for switching between cameras. Oh, and if you plan to exploit PPM technology, and I highly recommend you do, that’s set in ImmersionRC Tools, too. It also facilitates customization of frequency settings, servo mapping, real-time spectrum analysis, antenna configuration and channel count. Should you find occasion for an update, ImmersionRC Tools is the utility you’ll use. Both components require matching firmware (already installed in my case). The same went for ImmersionRC’s EzUHF Long-Range RC RX, which sits on the Discovery Pro and receives input from the transmitter. Similarly, I had no trouble connecting the module via USB to my Lenovo Helix and confirming its control software. Of course, the Taranis supports the JR standard, so it was easy to pop off its back cover, line up a few contacts and slide the module into place (even if a manufacturing defect kept it from seating fully). Extending its range necessitated an upgrade to ImmersionRC’s EzUHF JR module, which offers up to 500mW of power in the 430 to 440MHz frequency range. When I received my Long Range Set from TBS, the Taranis transmitter was configured to communicate at 2.4GHz.
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