Nissan Skyline GTR R33
Kaido Works
ADVAN
KAIDO HOUSE
Hay 29 productos.
Nissan Skyline GTR R33
Kaido Works
ADVAN
KAIDO HOUSE
1969 Nissan Skyline GTR KPGC10 Kaido Street V2 orange MINI GT KAIDO HOUSE
MINI GT
1989 BMW M3 E30 Kaido KW V1 purple/white/yellow MINI GT KAIDO HOUSE
MINI GT
1969 Datsun 510 Pro Street Buta V1 Pink MINI GT KAIDO HOUSE
MINI GT
1978 Nissan Fairlady Z Kaido GT Police white/black MINI GT KAIDO HOUSE
MINI GT
Honda NSX Kaido Test Car Spec V1 grey/red/white MINI GT
MINI GT
Chevrolet Silverado KAIDO WORKS V3
KHMG226
Toyota AE86 Sprinter Trueno Kaido Street V1
PREORDER Toyota AE86 Sprinter Trueno Kaido Racing V1
El SkyRC Q100neo es un cargador inteligente de cuatro canales que destaca por su versatilidad y potencia en un formato compacto. Diseñado para entusiastas del RC, este cargador permite gestionar hasta cuatro baterías de forma independiente, ofreciendo un rendimiento excepcional tanto en corriente continua (DC) como en corriente alterna (AC).
1969 Nissan Skyline GTR KPGC10
Kaido Works
Kaido House
Mini Gt
1987 Honda Civic EF
Roulette v1
KAIDO HOUSE
MINI GT
Chevrolet Silverado Kaido HKS V1
KAIDO HOUSE
MINI GT
Honda NSX Kaido Racing V2
purple
KIADO HOUSE MINI GT
CARGADOR D750 LIPO 1-8S 32A 500W AC SKYRC
NISSAN SKYLINE 2000 GTR KPGC10 KAIDO WORKS V1
KAIDO HOUSE
MINI GT
NISSAN SKYLINE GTR R34
KAIDO WORKS
SHINJUKU V1
KAIDO HOUSE
MINI GT
HONDA NSX KAIDO WORKS V2
KAIDO HOUSE
MINIGT
HONDA NSX EVASIVE V2 KAIDO HOUSE
SkyRC D260 is a dual channel AC/DC charger, which features an intuitive interface, and its button design makes it incredibly easy to operate. With two independent circuits and the ability to charge batteries up to 6S at maximum 14A per channel, D260 is a smart choice for RC hobbyists.
SkyRC T1000 Maestro Charger
Arm® Cortex®-M4 and HyperBoost Power Couple
Supercharged by ARM Cortex®-M4
Push your next RC racing trip beyond the edge with SkyRC T1000! The Arm Cortex-M4 chip takes our most versatile, dual output T1000 into another dimension with a built-in DSP instruction. The chip core features a Floating Point Unit (FPU) that accelerates single precision floating point math operations and supports all ARM single precision instructions and data types.
Multiplied by Proprietary HyperBoost
Thanks to the 200 MHz ARM Micro controller, the deployed Oversampling Technology can improve ADC Resolution to 16bit. The efficient PID mechanism can fine-tune the current to increase response speed and the charge current accuracy.
Supercharged by Arm® Cortex®-M4
Push your next RC racing trip beyond the edge with SkyRC D200neo! The Arm Cortex®-M41 chip takes our most versatile, dual output D200neo into another dimension with a built-in DSP instruction. The chip core features a Floating Point Unit (FPU) that accelerates single precision floating point math operations and supports all ARM® single precision instructions and data types.
This is an enhanced version of the earlier e660 multicharger, the SkyRC e680 is suitable for all current battery types: LiPo, Li-ion, LiFe, NiCd, NiMH, PB and also new generation LiHV with end voltage 4.35V per cell, with the maximum 80W charge power and 8A charge current. Especially it supports DJI Mavic Battery with maximum 4A charge power.
The e680 is capable of operating as a power supply with a maximum output of 80 watts so that it helps the hobbyists to power the DC equipment.
Multi-purpose for Most Chemistries With Generic XT60
SkyRC T100 is a twin-channel charger with two independent circuits which can charge batteries of varying chemistries (LiPo / LiFe / Lilon / LiHV / NiMH / NiCd / Pb) simultaneously. Its sleek design allows easy front-loading plug-in convenience of balancing and XT60 ports. It is not only compact in size but also powerful in output with maximum 100W charging power and 5A charging current which makes charging more sufficient. With the new AGM and cold charge modes, the user is free to charge their PB and AGM batteries in cold days.
SkyRC T100 allows you to plug 2 batteries into one charger simultaneously, and it will intelligently and automatically initiate the charging of 2 batteries at once to their maximum capacity. To top it all, the batteries being charged do not even need to have the same configuration.