Can you run a LiPo battery with a brushed motor?

It’s fine to put a 2S LiPo battery into a brushed SC10 It would be the same as if you were running a 7 cell NiMh pack. …

Can a brushed motor handle 3s LiPo?

so yes. the motor should be totally fine on 3s with 50%.

What kind of LiPo charger do I need?

If all you want is a short rule of thumb here is it – You need 25W of charge power for each LiPo cell, for a 5amp charge rate. One 2s = 50w, one 3s = 75w, two 3s at the same time (or one 6s) needs 150w, and if you want to charge 2 6s at the same time, plan on at least 300w.

Are all LiPo Chargers the same?

If you want to charge six single-cell LiPo batteries — that are all the same capacity — you can wire them up in series, set up your charger as if it were a six-cell LiPo, and balance charge your LiPos.

Can you use a Brushless ESC with a brushed motor?

You cannot use a brushless ESC with a brushed motor.

Can I use LiPo batteries instead of NiMH?

LiPo batteries also sustain a higher voltage for a greater duration of each run, so your model will have more “punch,” go faster, and run longer with a LiPo than it would with a comparable NiMH pack. NEVER charge a LiPo battery using a NiMH charger (or NiMH charging mode on a combination NiMH/LiPo battery charger).

How do I choose a LiPo charger power supply?

Calculate the Required Power To work out how much power you need in a charger, you can simply multiply the charging voltage and current. For example, to charge a 3S 2000mAh LiPo at 12.6V at 1C (2A), you will need a charger that are rated for 25.2 watts (= 12.6V x 2A) or higher.

Can you charge a LiPo battery with a normal charger?

A lead-acid charger that can be set to charge no higher than 14.6v can be used for regular charging and then MUST be disconnected after the battery is fully charged.

Why are there 3 wires on a brushless motor?

BLDCs use three wires which are driven by the ESC with a phase-shifted AC waveform. Each wire’s waveform is shifted by 120 degrees from the other two. This is because BLDC motors are indeed three-phase AC motors, each with usually more than one actual coil per phase.

Can I use any ESC with any motor?

You need a brushless esc to work with a brushless motor but any esc can be connected to any receiver.

What happens if you charge a LiPo battery with a NiMH charger?

LiPo batteries have greater “energy density” than NiMH batteries, meaning they have more voltage and capacity than a NiMH battery would of the same volume. NEVER charge a LiPo battery using a NiMH charger (or NiMH charging mode on a combination NiMH/LiPo battery charger).

Why do RC cars use LiPo batteries?

A LiPo battery is lighter than a NiMH of similar voltage and capacity, which helps your model feel more powerful. Also contributing to that “feeling of power” (often called “punch”) is the LiPo’s ability to maintain its voltage longer as the pack is depleted.

Can you replace a LiPo battery with a Brushless ESC?

From a LiPo safety point of view, the very best way forward would be to replace the ESC with one which is designed to handle LiPo batteries. It is possible to buy LiPo capable ESCs for brushed motors. Alternatively, you could even replace the entire power system with a modern brushless and LiPo set up.

Does the ESC protect the lipo from excessive discharge?

The Lulu design is 50 inches (1,270 mm) in span, and was designed as a free flight glider. The Lulu design is 50 inches (1,270 mm) in span, and was designed as a free flight glider. Click to see an enlarged plan. The conclusion is that the safest course of action is to assume the ESC will not protect the LiPo from excessive discharge.

What is the cut off voltage of a non-LiPo battery?

When this battery is connected to your non-LiPo ESC, the question is what the automatically selected cut off voltage will be. Since a fully charged 7-cell NiMH or NiCd battery will be around 8.4V when fully charged, so the ESC may well detect this as a 7-cell nicad and select a cut off voltage of 5.6 – 6.3V.

What is the low voltage cut off on an ESC?

This function of the ESC is often referred to as the low voltage cut off (LVC) or power cut-off (PCO) function. If you are able to set your ESC up manually, then the cut off voltage may be set to a suitable value.