Description

The ceiling of the 20×96mm format — 25% more energy, 25% more peak current, and 25% more continuous output than the 800mAh for just 3g and 0.5mm more. The 3.7V Ternary 1,000mAh delivers exactly 110A peak and 60A continuous from a 22g, 5.5mm soft pack in the 20×96mm footprint — the maximum capacity, maximum energy, and maximum current the 20×96mm format delivers. Built for FPV racing drones, RC cars, RC aircraft, and RC boats where the compact 20×96mm bay is the fixed constraint and the 800mAh’s 88A peak ceiling is the binding performance limit.

 

Key Specifications at a Glance

Why Choose the Midlands Power 20×96mm 1,000mAh Ultra Ternary Battery?

25% More Energy and Current Than the 800mAh — For Just 3g and 0.5mm

Stepping from the 800mAh to the 1,000mAh delivers a clean and consistent +25% gain across every performance specification simultaneously — for the smallest possible physical addition in the same 20×96mm bay:

For any build currently running the 800mAh where the motor setup regularly hits peak current limits or slightly longer run time is the objective, the 1,000mAh is a direct, no-modification upgrade delivering the maximum the format can provide.

 

110A Peak — Exactly 110C × 1Ah, Maximum Burst in the 20×96mm Format

Advanced electrode material formulation delivers 110A of instantaneous peak burst current at 110C — a clean numeric alignment between C-rating and output current that directly reflects the Ultra Ternary architecture. 110A is the absolute maximum peak current the 20×96mm format produces. There is no higher peak current in this bay. For motor and ESC configurations that push toward the current ceiling of the 20×96mm format during launch acceleration, rapid throttle transitions, and peak load spikes, the 1,000mAh is the only cell in this footprint that delivers it.

 

60A Continuous — Exactly 60C × 1Ah, Maximum Sustained Output in the 20×96mm Format

At 60C continuous from 1,000mAh, this cell delivers 60A of sustained output — the maximum continuous current available in the 20×96mm format, and 12A more than the 800mAh’s 48A. The clean 60A figure is another direct alignment between the C-rating and the 1,000mAh capacity. For racing runs where sustained motor loads approach or hold near the continuous ceiling, the additional 12A headroom provides consistently stronger sustained power delivery throughout the full discharge.

 

The Ceiling of the 20×96mm Format — No Higher Capacity in This Bay

The 1,000mAh is the highest capacity available in the 20×96mm footprint. There is no higher capacity, no higher peak current, and no higher continuous output in this bay. Moving above 1,000mAh requires the 20×122mm footprint — a longer cell that maintains the 20mm width but extends the length by 26mm. For builders where the 20×96mm bay dimension is fixed by frame design, mounting constraints, or weight targets, the 1,000mAh is the definitive and only endpoint.

 

Stable 3.7V Ternary Platform — Smooth End Voltage to Cutoff

The 3.7V Ternary chemistry maintains a characteristically smooth, stable voltage platform under the full 60A continuous load — giving the ESC and motor controller consistent input behaviour from full charge to cutoff throughout the racing run. The predictable voltage curve reduces the likelihood of ESC cutoff events from voltage sag under sustained high-current draws, maintaining consistent motor response through the complete discharge in the 20×96mm format.

 

Ceramic Separator and PVDF Electrode — Racing-Grade Construction

Industry-first ceramic separator and PVDF electrode construction deliver thermal resistance and structural integrity at the demanding output levels of competitive racing. The ceramic separator’s higher thermal resistance versus conventional polyolefin separators reduces thermal runaway risk under sustained high-rate discharge. The PVDF binder maintains electrode structural integrity through the mechanical stress of high-rate cycling, contributing to long cycle life and consistent performance across hundreds of charge-discharge cycles in demanding racing environments.

 

Full 20×96mm Format Comparison

The 20×96mm Format Ceiling — No Higher Capacity in This Bay

The 1,000mAh is the final cell in the 20×96mm format. For builds whose motor and ESC configuration requires more than the 1,000mAh provides — above 110A peak or above 60A continuous — the next step is the 20×122mm format at 1,000mAh or 1,300mAh, maintaining the 20mm width in a 122mm-long bay. For builds fixed to the 20×96mm length, the 1,000mAh is the definitive and only answer.

 

Stepping Up From the 800mAh

Moving from the 800mAh to the 1,000mAh in the same 20×96mm bay adds 0.74Wh of stored energy (+25%), raises peak burst from 88A to 110A (+22A), and raises continuous from 48A to 60A (+12A) — for just 3g of additional weight and 0.5mm of additional thickness. No frame modification is required. This is the only capacity step available within the 20×96mm format, and it closes the bay at its absolute performance ceiling.

 

Charging: 2C / 2.0A — Full Charge in ~30 Minutes

The 2C continuous charge rate delivers 2.0A input, fully charging the cell in approximately 30 minutes. Running multiple cells in rotation at 2C sustains back-to-back racing sessions at the maximum capacity point of the 20×96mm format without interruption.

 

Ideal Applications

FPV racing drones — 110A peak and 22g, the maximum power-to-weight ratio in the 20×96mm racing format.

Competitive RC cars — 110A burst in the 20×96mm format, maximum instantaneous current for this bay size.

RC aircraft — 5.5mm thin profile and 22g suit slim fuselage and wing battery compartments at maximum 20×96mm energy.

RC boats — 60C / 60A continuous sustains full-throttle motor loads through the complete racing run.

Gun models — 20×96mm pencil format fits tight battery cavities at the highest energy the format delivers.

800mAh upgrade builds — same 20×96mm bay, 25% more energy and current, for just 3g and 0.5mm, no frame modification required.

 

Product Summary

The Midlands Power 3.7V Ternary 1,000mAh closes the 20×96mm format at its absolute performance ceiling: 110A peak — the maximum the format produces — 60A continuous, and 3.70Wh of stored energy in a 22g, 5.5mm cell that requires no frame modification from the 800mAh. At a clean +25% across every specification for just 3g more, it is the most straightforward upgrade in the Ultra lineup. For competitive racing builds fixed to the 20×96mm bay where the 800mAh is insufficient, there is nothing above this cell in the format.

Series: Ultra | Chemistry: 3.7V Ternary | Construction: Ceramic separator / PVDF electrode | Form Factor: Soft Pack / Pouch Cell