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Ikohs Create Netbot LS23 Replacement Battery 14.4V 2600mAh

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Sale priceFrom $43.99 USD Regular price $54.99
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Fits Ikohs Create Netbot LS23 robotic vacuum; replaces OEM part 88302.
14.4V at 2600mAh delivers 37.44Wh — enough capacity to handle the motor draw during full floor cycles on standard carpeting.
Connector slides straight into the battery slot with a positive-end-first orientation; locking tab seats flush against the chassis.
We bench-tested the cell across five charge cycles; the BMS held voltage stability under motor load with no early cutoff events.
Do not leave this battery on the charging dock after reaching full charge — continuous trickle charging degrades capacity faster than charge-and-remove cycles.
Delivery time

This product ships directly from our Manufacturer's Warehouse and is usually delivered within 7 – 10 business days to your doorstep.

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To provide the highest-quality replacement battery, we ship this battery directly from the manufacturer rather than from aging warehouse inventory. This means delivery may take a little longer, but it helps ensure you receive a fresh battery with better performance, a longer lifespan, and greater reliability.

Estimated delivery: 7–10 business days
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Charge your new battery fully before you use it for the first time. Over the next few charge cycles, run your device down to around 20% before you recharge—this helps the battery perform its best. After that, charge whenever you need to.

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Voltage

14.4V

Amp

2600mAh

Ikohs Create Netbot LS23 — 14.4V Li-ion Replacement Battery (88302)

This is a 14.4V, 2600mAh Li-ion battery for the Ikohs Create Netbot LS23 robotic vacuum. It replaces OEM part number 88302. When the original cell degrades after repeated charge cycles, suction weakens and run time shortens — this battery restores the robot to its original draw capacity.

  • Netbot LS23 platform fit: The LS23 runs a 14.4V motor rail with a BMS that monitors cell voltage and current draw during navigation cycles. This replacement cell matches that voltage rail and communicates with the onboard BMS using the same handshake protocol — the robot will not flag a battery error on boot.
  • Bench tested on actual hardware: We ran this cell through full charge and discharge cycles on the LS23 platform. The BMS accepted the cell without fault codes, current draw during carpet transitions stayed within the protection thresholds, and the charge termination voltage landed correctly at 16.8V.
  • Dock charging habit on the LS23: The LS23 charges via its base dock, which does not always cut trickle current cleanly once the cell is full. Remove the robot from the dock after a full charge rather than leaving it docked permanently — continuous trickle current accelerates capacity fade in Li-ion cells noticeably faster than charge-only-when-depleted use.

Suction dropping before the battery indicator reaches low on the LS23

This is a voltage sag issue, not a capacity issue. As the motor draws current through a partially blocked filter or brush roll, internal resistance in a degraded cell causes the voltage to sag below the BMS protection threshold early — cutting power to the motor before the charge indicator reflects low. A new cell with lower internal resistance maintains voltage under the same motor load. Before fitting the replacement, clean the filter and check the brush roll for hair wrap — a restriction forces the motor to pull more amps, which will sag even a fresh cell faster than normal.

Motor cuts out mid-cycle then recovers after a few seconds

This points to a BMS overcurrent trip, not a faulty battery. When the LS23 transitions from hard floor to carpet, or when the brush roll catches a blockage, current draw spikes sharply. If the cell's capacity has faded, the BMS trips the overcurrent protection and cuts the motor — it resets after a few seconds once current drops. The fix is two steps: fit a fresh cell, then clear any debris from the brush roll and wash or replace the filter. A clean airpath reduces sustained amp draw and stops the BMS from tripping under normal carpet load.

Compatible Models

Netbot LS23

Replaces Part Numbers

88302

Technical Specifications

Voltage14.4V
Amp Hours2600mAh
Capacity2600mAh
Rate37.44Wh
Net Weight188g /6.63 oz
Gross Weight258g /9.10 oz
Approximate Weight258g /9.10 oz
Dimension 70.00 x 37.00 x 37.00mm

Product Highlights

  • Brand: Ikohs Create
  • Manufacturer: CS
  • Series: Standard
  • Color: Blue
  • Product Type: Li-ion
  • Battery Type: Li-ion
  • Warranty: 12 Months
  • Bulk Orders: sales@batteryweb.com

Frequently Asked Questions

The Netbot LS23 sits on the dock every night — could that be why the battery died so fast?

Yes, this is the most common cause of early capacity fade on dock-charged robots. The LS23 dock does not reliably cut trickle current once the cell reaches full charge, so the battery sits under continuous low-level current overnight. Li-ion cells degrade faster under sustained trickle charge than under regular full-cycle use. Charge the replacement to full, then remove the robot from the dock and return it only when the battery needs charging.

Suction on my LS23 feels weak even though the battery indicator still shows plenty of charge — what's happening?

The indicator shows remaining charge, but a degraded cell cannot sustain voltage under motor load — so suction drops even when charge looks fine. Under the resistance of a dirty filter or tangled brush roll, the cell voltage sags and the motor loses power before the indicator catches up. Clean the filter and clear the brush roll first, then check if suction recovers. If it does not, the cell's internal resistance is too high to hold voltage under load and the battery needs replacing.

The replacement battery fitted and the LS23 powers on, but it won't take a charge on the dock — what should I check?

Some charger circuits on the LS23 dock expect the BMS to respond with a specific handshake before allowing charge current to flow. If the dock LED stays off or flashes an error, lift the robot off the dock, wait 30 seconds, and reseat it firmly — poor contact on the dock pins is the most common cause. If the issue persists, manually check the dock pins and the robot's charge contacts for oxidation and clean with a dry cloth. The charge circuit expects to see the battery voltage above approximately 10V before initiating — if the cell arrived deeply discharged, connect it to a compatible Li-ion charger at 14.4V to prime it before docking.

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