Ideal Sub-250 (sub-160g) DJI O3 FPV Drone - Design / Build / Testing of the 3.5 Helios
8:16
Ideal Sub-250 (sub-160g) DJI O3 FPV Drone - Design / Build / Testing of the 3.5 Helios
3.5 DJI O3 - Module GPS Viability Test (for Long Range) - 158g AUW
2:05
3.5 DJI O3 - Module GPS Viability Test (for Long Range) - 158g AUW
DJI O3 - Default Configuration Latency Issue, with solution
2:18
DJI O3 - Default Configuration Latency Issue, with solution
3.5 DJI O3 Prototype (Helios) final test flight - 155g AUW
1:28
3.5 DJI O3 Prototype (Helios) final test flight - 155g AUW
MultiGP Global Qualifier with 155g DJI HD Scythe with RatRace and Niagra FPV chapters in the GTA.
1:29
MultiGP Global Qualifier with 155g DJI HD Scythe with RatRace and Niagra FPV chapters in the GTA.
Naked GoPro 6/7/8 Screwless TPU Case Design. Ideal for Sub 250g builds.
3:43
Naked GoPro 6/7/8 Screwless TPU Case Design. Ideal for Sub 250g builds.
Sub 250g 5 - Tons of data, analysis, and build design theory-crafting.
9:36
Sub 250g 5 - Tons of data, analysis, and build design theory-crafting.
MIT Toroidal Propeller Testing - Performance, Efficiency, and Response - PETG + PLA
6:20
MIT Toroidal Propeller Testing - Performance, Efficiency, and Response - PETG + PLA
4 on a 1408 2800Kv - Can a 4 build beat a 3.5 build. Sub 250g Drone Testing and Build Theory.
6:42
4 on a 1408 2800Kv - Can a 4 build beat a 3.5 build. Sub 250g Drone Testing and Build Theory.
2 Blade vs 3 Blade Drone Propellers - 3.5 Propeller Testing of the HQProp T3.5x2.5x3 vs T3.5x2.2x2
4:37
2 Blade vs 3 Blade Drone Propellers - 3.5 Propeller Testing of the HQProp T3.5x2.5x3 vs T3.5x2.2x2
Chill Lake Flying - 176.9g AUW 3.5 with Naked GoPro 8 in custom screwless TPU Case
2:19
Chill Lake Flying - 176.9g AUW 3.5 with Naked GoPro 8 in custom screwless TPU Case
Avoid the updated JHEMCU GHF420AIO with the ICM-42688-P Gyro.
5:15
Avoid the updated JHEMCU GHF420AIO with the ICM-42688-P Gyro.
New 3.5 Propeller King? HQProp T3.5x2.5x3 comparative testing.
3:59
New 3.5 Propeller King? HQProp T3.5x2.5x3 comparative testing.
High winds too much for a 3.5? Racing the Scythe (3.5 156g AUW) in high winds on Betaflight 4.3.
2:56
High winds too much for a 3.5? Racing the Scythe (3.5 156g AUW) in high winds on Betaflight 4.3.
Perfecting the Best Sub 250g FPV Drone. Fixing flaws and increasing reliability and performance.
7:42
Perfecting the Best Sub 250g FPV Drone. Fixing flaws and increasing reliability and performance.
Prototype 3.5 DJI HD frame/build - GoPro Viability Test - AUW 187g with GoPro - Betaflight 4.3 RC6
1:57
Prototype 3.5 DJI HD frame/build - GoPro Viability Test - AUW 187g with GoPro - Betaflight 4.3 RC6
Testing Prototype 3.5 DJI HD Frame/Build - 155g AUW - First flight test - Betaflight 4.3 RC6
1:18
Testing Prototype 3.5 DJI HD Frame/Build - 155g AUW - First flight test - Betaflight 4.3 RC6
DJI FPV Google Comfort Finally Solved (at least for me)
4:22
DJI FPV Google Comfort Finally Solved (at least for me)
1404 vs 1408 at 3800Kv on 4 Propellers - Full Comparative Testing
5:56
1404 vs 1408 at 3800Kv on 4 Propellers - Full Comparative Testing
Best DJI HD Sub 250g FPV Drone? Putting motor/propeller tests results into practice.
6:46
Best DJI HD Sub 250g FPV Drone? Putting motor/propeller tests results into practice.
Gemfan Floppy Proppy - Critical Failure Warning
2:43
Gemfan Floppy Proppy - Critical Failure Warning
4 Propellers on 1404 Motors - Full Comparative Testing
4:30
4 Propellers on 1404 Motors - Full Comparative Testing
1404 vs 1408 on 3.5 Propellers - Full Comparative Testing
6:09
1404 vs 1408 on 3.5 Propellers - Full Comparative Testing
3 vs 3.5 Propeller Testing PART 2, with Throttle Response Data
1:53
3 vs 3.5 Propeller Testing PART 2, with Throttle Response Data
3.5 vs 3 Propeller Performance and Efficiency testing on 3 hardware (1404 Stator)
4:36
3.5 vs 3 Propeller Performance and Efficiency testing on 3 hardware (1404 Stator)
Recursion Labs - 1404 Motor Performance Testing
5:07
Recursion Labs - 1404 Motor Performance Testing
Recursion Labs - 3 Inch Propeller Battle (Comparative Performance and Efficiency Testing)
7:34
Recursion Labs - 3 Inch Propeller Battle (Comparative Performance and Efficiency Testing)
Recursion Labs - 6s vs 4s - Detailed Head to Head Automated Motor Bench Testing
5:45
Recursion Labs - 6s vs 4s - Detailed Head to Head Automated Motor Bench Testing
Recursion Labs - Fully Automated Motor and Propeller Testing Methodology
2:59
Recursion Labs - Fully Automated Motor and Propeller Testing Methodology
Is using 6s Lipos on 4s motors using motor_output_limit a good idea? Bench Tested!
7:40
Is using 6s Lipos on 4s motors using motor_output_limit a good idea? Bench Tested!