URGENTLY need someone to clarify that all these parts are compatible

[Joey-williams]

Hi im wondering if someone can tell me if all these parts are compatible for the ft sea duck or just compatible in general


2x A2212 1400kv Motor Specification:
KV: 1400
Max Efficiency: 80%
Max Efficiency Current: 4-10A (>75%)
Current Capacity: 12A/ 60s
No Load Current: 0.5A
Number of Cells: 2-3 Li-Poly
Motor Size: 27.5x38mm/1.08''x1.5''
Shaft Diameter: 3.17mm/0.12''

2x 30A Brushless ESC Specification:
BEC: 1A / 5V (Linear mode).
Output: Continuous 30A, Burst 40A up to 10 seconds.
Input Voltage: 2-3 cells lithium battery or 5-9 cells NiCd/NIMh battery.
Max Speed: 210,000rpm for 2 Poles BLM, 70,000rpm for 6 poles BLM, 35,000rpm for 12 poles BLM. (BLM: BrushLess Motor)

4x 9g SG90 Servos

Battery parameter:ZOP Power 11.1V 4200mAh 40C
Capacity:4200mAh
Size:25*43*135mm
Plug Style:XT60 Plug
Weight:312g

Lipo charger Description;

Microprocessor controlled
Built-in balancer for lipo battery
High-power and high-performance circuit
Can charge Li-ion,LiPo,LiFe 1-6 cells,and Ni-Cd,NiMH 1 -15 cells
This item is for a rapid charger/discharger for all kind of battery of RC hobby
Dual Power, built-in AC adapter
Undefined Large range of charge currents
Store function, allows safe storage current, and data storage (Store up to 5 packs in memory)
Battery break in and cycling
Built-in temperature sensor
Note:Temperature cable is not included.
Separate voltage detector for balance charge mode.
Max. charge power 50W
Max. discharge power 5W
Pb battery voltage : 2V-20V
Charge current range : 0.1-5.0A
Discharge current range : 0.1-1.0A
Li-Ion/Polymer cell count : 1-6 series
NiCd/NiMH battery cell count : 1-15 cell
Current drain for balancing Li-Po : 300mAh/cell
Dimensions : 136 x 141*34mm
Package:
1 x English manual
1x 100-240V Power Supply Cable
1 x IMAX B6AC LiPo battery balance charger (Built in Power Supply)

Transmitter and receiver;
FlySky FS-Th9X 2.4Ghz 9 Channel Digital Transmitter and Receiver Radio System

Thanks, Joey

 

[RC-Mallory]

I don't see any reason that those wouldn't be compatible. I don't know anything about servos though (I'm a quadcopter junky). The motors are pretty low KV, which is probably just fine for a fixed wing or large multirotor. The 30A ESCs should be more than enough to handle the load that you would likely be putting on those motors. What propeller type are you planning on using? Many motor manufacturers (or tech reviewers) post information such as max amp draw with various types of propellers.

If this is the same motor that you have, then you should be fine with even 20A speed controllers: https://www.youtube.com/watch?v=D-eBnXrWJYw
Skip to 3:35 for data about the current loads, voltage, and thrust.
Quick summary though, using a 1045 (10 inch, 45 degree pitch) prop, max amp load was only 14A at 11V resulting in 770g of thrust.