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The HERE is here! Arrived on Monday from Jesters Drones. I got the full kit with the ProfiCNC HERE GPS/Compass, IMP Concepts folding mast, and plug & play wiring. This produced the most stable fly mode (loiter) my solo has ever had! It even came a smoother and more stable stop when letting go of the sticks.
I replaced a stock Rev B GPS and v2 shield. I'm in a valley where GPS always sucks on and near the ground. Usually I was lucky to to get 7-9 sats and 1.9 to 2.3 HDOP with the stock GPS and v2 shield. It would drift like a drunken idiot at all altitudes, and very much so when low. At altitude it would be at best 1.5 HDOP and 8-10 sats.
The HERE kit produced 14 sats and a 0.8 HDOP on the ground in my crappy valley. Hover in fly (loiter) even low to the ground was the most stable I've ever seen. It just stayed put, rock solid, no longer drunk. Up above the tree line and hill, 21 sats and 0.6 HDOP.
This GPS is what the solo should have had from day one. I think it actually was supposed to but someone wanted to save some pennies.
The compass is better hardware than the leg compass. It will be less vulnerable to magnetic interference from the ground and on board. It also has ArduCopter standard system status LEDs to provide operator feedback.
Installation was straight forward since it was fully assembled by Jesters Drones and ready to hook up. Remove the stock piece of crap GPS. Drill or cut a hole/notch in the plastic hood for the wires. Rout the wires neatly through the solo and plug in the GPS and Compass connectors.
You need to change one parameter (COMPASS_ORIENT) from 38 to 0 using Tower, Mission Planner, or Solex. I made a one click package for Solex to do this through its firmware updates menu.
Jesters sells the kit here for $78 which is a steal: HERE GNSS Solo GPS Kit
I replaced a stock Rev B GPS and v2 shield. I'm in a valley where GPS always sucks on and near the ground. Usually I was lucky to to get 7-9 sats and 1.9 to 2.3 HDOP with the stock GPS and v2 shield. It would drift like a drunken idiot at all altitudes, and very much so when low. At altitude it would be at best 1.5 HDOP and 8-10 sats.
The HERE kit produced 14 sats and a 0.8 HDOP on the ground in my crappy valley. Hover in fly (loiter) even low to the ground was the most stable I've ever seen. It just stayed put, rock solid, no longer drunk. Up above the tree line and hill, 21 sats and 0.6 HDOP.
This GPS is what the solo should have had from day one. I think it actually was supposed to but someone wanted to save some pennies.
The compass is better hardware than the leg compass. It will be less vulnerable to magnetic interference from the ground and on board. It also has ArduCopter standard system status LEDs to provide operator feedback.
Installation was straight forward since it was fully assembled by Jesters Drones and ready to hook up. Remove the stock piece of crap GPS. Drill or cut a hole/notch in the plastic hood for the wires. Rout the wires neatly through the solo and plug in the GPS and Compass connectors.
You need to change one parameter (COMPASS_ORIENT) from 38 to 0 using Tower, Mission Planner, or Solex. I made a one click package for Solex to do this through its firmware updates menu.
Jesters sells the kit here for $78 which is a steal: HERE GNSS Solo GPS Kit
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