Combat Wings XE2 info

XE2 4-spar version.

Motor: JustGoFly 400DF, Max power 220W (20A at 11.1V/3S), 3000Kv, 46g (1.6oz), Screw spacing is 16mm by 19mm diagonal, Power range is 7.4/2S to 14.8V/4S, 3mm shaft. JustGoFly M5 slim-style collet.

Prop: APC 5.25 x 4.75 (with this prop, max power of 220W is exceeded (285W) so do a cool-down run (quarter throttle for 30 secs) before landing the plane).

ESC: Castle Creations Phoenix 25

Battery: TP extreme 2200-3SX, 2200mAh, 25C (55A) continuous, 30C (66A) sustain, 50C (110A) burst, 170g (6.0oz), 4 pin balancer connector.

Battery2: TP 2100 3S (old generation), 10-12C (21-25A) continuous, 15C (31A) burst.

Hitec HS-311 standard-sized servos (to help add weight to nose).
Hitec Electron 6 receiver, dual-conversion.
Channel 1: Right elevon
Channel 2: Left elevon

3M bidirectional strapping tape ("Extreme" type)
Solite covering on the bottom.
Trick RC colored tape on the top.
Trick R/C Tape Hinge on top of ailerons (3M Gift Tape on bottom of ailerons).
JustGoFly pusher motor mount, aluminum.
3M 77 spray glue
Gorilla glue and low-temp hot melt glue for joining wing cores.

NiMH LiPo cell, voltage info

NiMH:
1.2V per cell
Discharge to 0.9V per cell
(my pack is 8-cell: 9.6V, 7.2V discharged)

LiPo:
3.7V per cell
Discharge to 3.0V per cell

Web search hit:
Finally we will need to find a lipo battery that will meet the discharge requirements of your project. This can get a little tricky as not all batteries are the same. This is where you hear the term "C". as in "20C" or "10C". This number is a multiplier and refers to how quickly a battery can be discharged. The C stands for Capacity as in the capacity of your battery. So if you have a 2000mah battery and it is rated at 10C you would simply multiply the mah of your battery times 10. This tells us that our battery can be discharged at 20,000ma. If we divide "ma" by 1000 we get Amperage. So 20,000ma = 20amps. (or simply drop off the last 3 zeros). [DCL: It's a 2A battery so at 10C discharge rate, discharge is 2*10=20A]