🔊⚡ SPEAKER-PROPELLER IMPULSE ENGINE ⚡🔊

Acoustic Membrane + Propeller = Impulse Propulsion

⚙️ IMPULSE ENGINE ASSEMBLY
IMPULSE: 0
IMPULSE ALIGNMENT
📊 ACOUSTIC WAVE ANALYSIS
Speaker Freq
0 Hz
Propeller RPM
0
Blade Pass Freq
0 Hz
🚀 THRUST OUTPUT
Base Thrust
0.00 N
Impulse Boost
+0.00 N
Total Thrust
0.00 N
Speed (m/s)
0.00
Power (W)
0
Efficiency
0%
Ftotal = Fprop + Fimpulse × coupling
🎛️ IMPULSE ENGINE CONTROLS
100 Hz
50 W
50%
2000 RPM
3
How it works: Speaker membrane creates acoustic pressure waves. When a propeller blade passes through this pressure wave at the right phase, it receives an impulse boost. The impulse adds momentum to the blade, increasing thrust without additional motor power. This is like "catching a wave" - the speaker creates the wave, the propeller rides it.
📈 IMPULSE COUPLING ANALYSIS
Frequency Match
0%
Phase Alignment
0%
Impulse Coupling
0%
Impulses/sec
0
Boost per Impulse
0 N
Total Boost/sec
0 W