All top quality Sanyo NiCad packs in capacity order. We are happy to customize with any connector, wire type or length. Even multiple output connectors (for dual switches or direct charge) if you wish. Don't see what you like? Put your request in the notes section of your order and we'll do our best to please. Receiver Pack Forming Charge Chart
Capacity
Chemistry
Form Charge Hours @50mah
Form Charge Hours @70mah
Form Charge Hours @100mah
Form Charge Hours @150mah
Peak Charge After Forming
Discharge Current
150
NiCad
DAMAGE (15mah max!)
DAMAGE
DAMAGE
DAMAGE
70 to 300 mah (.3amp)
30mah
700
NiCad
19.6
DAMAGE
DAMAGE
DAMAGE
.4 to 1.4 amps
100-200mah
1100
NiCad
30.8
22
15.4
DAMAGE
.6 to 2.2 amps
200mah
CP1700
NiCad
47.6
34
23.8
15.9
.85 to 3.4 amps
300-400mah
1800SC
NiCad
50.4
36
25.2
16.8
.9 to 3.6 amp
400mah
CP2400
NiCad
67.2
70
33.6
22.4
1.2 to 7.2 amps*
500mah
*Charge current through standard hobby plugs (fit your RX pins) is limited to 4 amps.
Charger presumed to be factory wall charger. Peak chargers are poor choice for forming, you'll struggle. Peak charging is only reliable after proper form charging. Form charging when new is a MUST. Repeat form after 30 days or more storage or after any replacement of cells in pack. Most packs will reach the good zone (85% of rating or better) within 3 to 5 cycles. They continue to improve slowly over further cycles. We have seen some cells require 10-15 cycles to hit full stride. You do not have an issue if you formed the pack properly and it's continuing to improve (no mater how slowly) over a number of cycles. Simply keep cycling it. We only want to hear about it if you have formed it properly, have at least 6 cycles of data "recorded on paper" and the results are staying flat or reducing. Your data sheet is required with the pack upon return. All other packs will be returned to you.
There is no warranty, return or telephone consultation available if you failed to form charge your pack as described above. Learn from your errors and order a replacement. I've been though this hundreds of times, the proper and reliable methods are established. Anything outside of these proper methods is experimentation at your expense.
4-Cell 4.8V Panasonic (formerly Sanyo) NiCad KR-1800SC Sub C High capacity heavy duty pack. Available in double lead. Lime green colored cell casing, heat shrink may vary in color. Weight 5.29oz.
Weight 8.82 oz. 5-Cell 6V Panasonic (formerly Sanyo) KR 1800-SCE (Sub C) NiCad High Capacity Cells.
Ultra high capacity Sub C pack. Green colored cell casing, printed description and heat shrink may vary, may or may not contain "Panasonic" logo but are genuine, we receive what the factory ships.
6-Cell 7.2V Panasonic (formerly Sanyo) NiCad KR 1800-SCE Sub C High Capacity pack.
Ultra high capacity Sub C pack. Green colored cell casing, printed description and heat shrink may vary, may or may not contain "Panasonic" logo but are genuine, we receive what the factory ships.
This listing is for 2-cell packs, choose your configuration from the menu below.
SKU Number: RRC02N0700F
RC Receiver Battery Packs
Before the switch to lithium chemistry, NiCad packs powered the receiver and servos on countless models, and they remain a familiar option for onboard power. This category collects receiver NiCad battery packs in the cell counts and shapes used to fit them into an airframe.
Voltages and Layouts
The packs cover 4.8V four-cell and 6V five-cell arrangements to match common receiver and servo needs. Shapes include flat, square, and hump or nested block layouts, so a pack can be fitted into the space a given fuselage allows.
Cells and Capacities
Radical RC assembles packs using AA-size cells, including 700mah and 1100mah options, alongside FDK and Sanyo cell packs in similar sizes. Matching capacity to a model helps balance flight time against weight. As with any older pack, a careful charge and a check before flight are good practice.
Compare the receiver packs below to find the voltage, capacity, and shape your model needs.