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View Full Version : LRP Saddle Hardcase 4800 LiPo 7.4V 40c


Chilly Duncan
06-02-2009, 09:16 AM
87733

New from LRP (http://www.lrp.cc):

LRP is now offering a new LRP Saddle Hardcase 4800 “Competition Car Line” with upgraded 40C discharge rate to provide the highest possible performance currently available at the market. The new LRP 4800 – 40C Saddle Hardcase pack is developed to deliver unbelievable power combined with long runtime. In addition to common LRP car batteries with 1C charge rate, the 4800 - 40C (#79866) can be charged with up to 3C charge current to significantly reduce the re-charge time.

Featured in a durable hardcase to keep the cells from being damagedduring use. At the same time it features a transparent hardcase to see the mechanical cell condition and trick looks. The new LRP LiPo 4800-40C features same dimensions as models with Saddle Pack 6-cell battery arrangements and fits in all standard 1/10th scale onroad and offroad cars. The hardcase also features some vertical standard Sub-C cell bulges to securely fit standard Sub-C pre-cutted chassis. So an accurate and firm fitting in each situation is guaranteed.

Complying to EFRA / ROAR rules.

Features:


Durable hardcase made of high-quality synthetic material for maximum safety
Transparent hardcase to see mechanical cell condition and trick looks
Same dimension as standard 6 cell Sub-C saddle pack
Cell safety tested to certified UN test standards for safest possible running
Mountable with the Sub-C bulges facing upwards or downwards; fits both existing cell cutouts and flat chassis
4mm gold connectors, connectable from both sides
2mm balancing connector for balancing port
Race legal


Specifications

Weight 280.0g
Size 2x 69x47x23.5mm
Voltage Input 7.4 - 2S
C-rate 40C
Style 6-cell Sub-C Saddle Pack
Capacity 4800

#79866

ErikRC10
06-02-2009, 11:05 PM
3C charge rate? Dang that's pretty impressive.

rccardude04
06-03-2009, 12:40 AM
Wow, at a certain point, you could just hook it up to an 8.4v power source that's completely unregulated, and it's only going to draw so many amps.

You can only charge so fast before the voltage goes up too high. 3C has got to be close... That's darn near 15 amps!!!

-Eric