EVF ~2~ 10s 9er4100 watts from 10 cells

EVF ~3~ 14s 9er6150 watts from 14 cells

10s = 10 Lipo cells in series 12s = 12 Lipo cells in seriesPeak voltage = 50.4 volts

Under load = 46.2 volts

Use (3) 4s 2p 6600mAhor (3) 4s 2p 7700mAh

The 12s system is powered by (3)4s 2p 6600 or 7700mAh. It is best

to use the Cellpro PowerLab 6.

Average flight profile is 6-7 minutes

Price $1,595.00

7700 mAh 12s batteries weigh 5.5 lbs.Static Thrust = 20 #

Peak voltage = 42 voltsUnder load = 38.5 volts

Use (2) 5s 2p 6600mAh

The 10s system (2) Saddle Cellscan be charged simultaneously ona single 10s charger such as the

Cellpro 10XP.

Flight time for a 10s systemaverage flight profile is 5 - 6 minutes

6600 mAh 10s batteries weigh 3.5 lbs.Static Thrust = 16.4 #Price $1,395.00

Comparison of 10s, 12s, and 14s Power Systemswith our matched Saddle Cells

Note: Battery power consumption is a factor of total flight time, percentage of time at high power,weight of the model, aerodynamic drag of the model, inlet efficiency, ambient temperature, densityaltitude, and battery condition.

Utilizes Edge Lite HV 160 E.S.C. Utilizes Edge Lite HV 160 E.S.C.

Warranty: 2 years for parts and laborSee BVMJets.com/Electric Power for details.

EVF ~3~ 12s 9er5400 watts from 12 cells

Price $2,095.00

14s = 14 Lipo cells in seriesPeak voltage = 58.8 volts

Under load = 53.9 volts

Use (3) 4s 2p 7700mAh+ (1) 2s 2p 7700mAh

Proprietory E.S.C.

Average flight profile is 7-8 minutes

7700 mAh 14s batteries weigh 6.4 lbs.Static Thrust = 22 #

The 14s system is powered by(3) 7700mAh plus

(1) 2S 2P 7700mAh

with 9er Blade system with 9er Blade system9er Blade system optional