The new rules go into effect starting march 17th.
It seems like, depending on category, kinetic energy from a falling UAV needs to be reduced to 25 ft/lbs or less. So, most drones would require a parachute to get to those levels. To operate as category 2 or 3, a remote pilot will have to submit a declaration of compliance to the FAA, which would then need to be reviewed and approved by the FAA before being eligible to conduct operations in those categories. I'm assuming (and hoping) that the FAA will allow these submissions through dronezone on the date the rules go into effect. I'm wondering if the parachutes will need to be certified by the FAA, or if we can use any available parachute system.
In other threads I saw that the Mavic has a terminal velocity of around 45mph, give or take. To reduce kinetic energy to 25 ft/lb(category 3), the speed needs to be reduced to ~19mph. for 11 ft/lbs (category 2) the speed needs to be reduced to ~12mph. Are any available parachute systems reaching these figures? I can't seem to find much information about them.
The DJI mini 2 with propeller guards is just barely over the required weight for category 1 operations. For now, it seems like the only way to comply with category 1 will be to build a smaller drone.
It seems like, depending on category, kinetic energy from a falling UAV needs to be reduced to 25 ft/lbs or less. So, most drones would require a parachute to get to those levels. To operate as category 2 or 3, a remote pilot will have to submit a declaration of compliance to the FAA, which would then need to be reviewed and approved by the FAA before being eligible to conduct operations in those categories. I'm assuming (and hoping) that the FAA will allow these submissions through dronezone on the date the rules go into effect. I'm wondering if the parachutes will need to be certified by the FAA, or if we can use any available parachute system.
In other threads I saw that the Mavic has a terminal velocity of around 45mph, give or take. To reduce kinetic energy to 25 ft/lb(category 3), the speed needs to be reduced to ~19mph. for 11 ft/lbs (category 2) the speed needs to be reduced to ~12mph. Are any available parachute systems reaching these figures? I can't seem to find much information about them.
The DJI mini 2 with propeller guards is just barely over the required weight for category 1 operations. For now, it seems like the only way to comply with category 1 will be to build a smaller drone.