I7

I7 INTEGRATED
ELECTRIC POWER SYSTEM

Ushers in the 2hour
Endurance Era for Multi-Rotor UAVs

POWER SOLUTION

KV80

MOTOR

14S FOC 50A

ESC

I30

PROPELLER

10-16kg

Quadcopter UAV Takeoff Weight

15-24kg

Hexacopter UAV Takeoff Weight

CORE TECHNOLOGICAL INNOVATIONS

Integrated Design

Quick-Install Feature

User-Customizable Design

System-level integrated architecture eliminates wiring harness connections for compact form achieving 30g weight reduction compared to conventional systems in the same class

Tool-free quick-release mechanism for propeller mounting system enabling second-level installation/removal, no screw fastening required.

For non-Φ30mm tubular structure, you can design your own mounts for special-size tubes.

CORE TECHNOLOGICAL INNOVATIONS

Integrated Design

System-level integrated architecture eliminates wiring harness connections for compact form achieving 30g weight reduction compared to conventional systems in the same class

Quick-Install Feature

Tool-free quick-release mechanism for propeller mounting system enabling second-level installation/removal, no screw fastening required.

User-Customizable Design

For non-Φ30mm tubular structure, you can design your own mounts for special-size tubes.

Thrust Specification Notes:
*The rated thrust of I7 system refers to the recommended hover thrust. Max continuous thrust indicates
the elevated thrust achievable with thermal optimization without burnout. Max thrust refers to the short-duration peak thrust capacity.

BOOST-TYPE COOLING AIR DUCT
DUAL ENHANCEMENT IN FLOW
RATE & VELOCITY

33%⬇

Temperature Rise Reduction

COMPARED TO U8

50%⬆

Max Continuous Thrust Increase

Thrust Specification Notes: *The rated thrust of I7 system refers to the recommended hover thrust. Max continuous thrust indicates
the elevated thrust achievable with thermal optimization without burnout. Max thrust refers to the short-duration peak thrust capacity.

NOISE REDUCTION & QUIET DESIGN

Airfoil optimized for thrust-to-noise ratio, reducing noise by -15% vs conventional propellers.

Ambient noise: 50 dB

Measured noise level: 67 dB at 5m

Typical propellers: 77 dB at 5m

LONG ENDURANCE

10.35kg MTOW (with 2kg payload) / 120min flight time (quadcopter) 13g/W efficiency @ 2.5kg thrust per arm

10,000-HOUR SERVICE LIFE

(10x improvement over comparable systems)

5000+ Times

Propeller mounting /disassembly with zero wear

5000+ Hours

Bench-simulated accelerated life testing (ALT)

1000+ Hours

Flight testing

Model No.	I7 KV80
Setup	I7 (Motor)+14S FOC 50A (ESC)+ I30 (Prop)
Recommended battery	12~14S (LiPo)
Rated thrust	2.5~3.5kg
Efficiency at rated thrust	13g/W (2.5kg)
Max. thrust	7.5kg
Tube size	30mm
Wire length	650±5mm
Weight	475±1%g (Incl. wires+prop)
IP	IP46
Recommended ambient temperature	-30～50℃

Throttle range	1050~1950us (Fixed)
Protocol	DRONE CAN、UAV CAN
Control method	PWM/CAN
Max. voltage	61V
Peak current(for a short time)	50A(Open environment and temperature≤60℃)
BEC	NO

Model No.	I30 (Integrated carbon fibre propeller -quick release version)
Length	30 Inch (762mm)

Type	Voltage (V)	Throttle (%)	Current (A)	Thrust (g)	Motor efficiency (%)	Overall efficiency (g/W)	Operating temperature (℃)
I7 KV80 + 14S FOC 50A + I30	48.04	30	0.91	893	78.32	20.42	89 (Ambient temperature: 30)
	48.03	35	1.43	1248	80.84	18.15
	48.01	40	2.11	1651	82.75	16.3
	48.00	45	2.96	2086	83.96	14.69
	47.97	50	4.06	2573	83.58	13.23
	47.94	55	5.4	3133	83.85	12.1
	47.90	60	7.11	3737	82.9	10.98
	47.86	65	9.19	4416	82.14	10.04
	47.80	70	11.73	5149	81.04	9.18
	47.74	75	14.93	5962	79.16	8.37
	47.64	80	19.62	6942	75.74	7.43
	47.57	85	23.06	7485	72.11	6.83
	47.56	90	23.12	7482	71.9	6.8
	47.56	95	23.25	7472	71.5	6.76
	47.56	100	23.31	7480	71.2	6.75
Note: Motor temperature is the motor surface temperature at 80% throttle running 3mins. (Data above based on IPET SYSTEMS benchtest are for reference only. Final interpretation rights reserved by IPET SYSTEMS.)


Please check that your package contains all the above items before use. If something is missing, please contact online customer service or leave message to：info@ipetsystem.com