Description

The absolute ceiling of the 34×62mm format — and the first Ultra cell to cross 100A continuous. The 3.7V Ternary 2,000mAh delivers 260A peak and 120A continuous from a 50g, 10.7mm soft pack in the 34×62mm footprint — the maximum energy, maximum peak current, and maximum sustained output the 34×62mm format holds. Built for mid-size FPV racing drones, RC cars, RC aircraft, and RC boats where 120A sustained output and 260A peak are the build requirements and the 34×62mm bay is the fixed constraint.

 

Key Specifications at a Glance

Why Choose the Midlands Power 2,000mAh Ultra Ternary Battery?

260A Peak — Highest Absolute Peak Current in the Ultra Lineup to This Tier

Advanced electrode material formulation and the 34×62mm wide-format geometry deliver 260A of instantaneous peak burst current at 130C — the highest absolute peak current of any Ultra cell across all formats up to and including this capacity tier. Against every cell before it:

• 65A more than the 34×62mm 1,500mAh (195A)
• 90A more than the 30×48mm 1,100mAh (170A)
• 150A more than the highest peak of any 20-series Ultra cell (110A)

For motor and ESC configurations requiring above 195A instantaneous current within the 34×62mm format, the 2,000mAh is the only cell in the lineup that delivers it.

 

120A Continuous — The First Ultra Cell to Cross 100A Sustained

At 60C continuous from 2,000mAh, this cell delivers 120A of sustained output — crossing the 100A continuous threshold for the first time across the entire Ultra lineup. Every cell before it — across the 20-series, 30×48mm, and the 34×62mm 1,300mAh and 1,500mAh — sustains below 100A continuously. The progression to this point:

120A is 30A more than the 1,500mAh — a 33.3% increase in sustained output that opens compatibility with motor and ESC configurations no smaller-format or lower-capacity Ultra cell can meet. For any build where sustained draws approach or exceed 100A during aggressive racing runs, every cell below the 2,000mAh falls short. This is the first in the Ultra lineup that does not.

 

33.3% More Energy Than the 1,500mAh — The Largest Step in the 34×62mm Family

Stepping from the 1,500mAh to the 2,000mAh adds 1.85Wh of stored energy (+33.3%) and raises peak burst from 195A to 260A (+33.3%) — the largest proportional energy gain of any step within the 34×62mm format, larger than either previous step in the family:

For racing runs where the 1,500mAh’s 5.55Wh falls short of the required mission duration, the 2,000mAh extends available energy by one third from the same 34×62mm bay.

 

7.40Wh — Highest Stored Energy in the 34×62mm Format

At 7.40Wh, the 2,000mAh stores more energy than any other cell in the 34×62mm family:

• 1.85Wh more than the 1,500mAh (5.55Wh)
• 2.59Wh more than the 1,300mAh (4.81Wh)

For racing applications where run duration within the 34×62mm format is the primary performance variable, 7.40Wh provides approximately 33% longer potential run time than the 1,500mAh at equivalent power draw — the maximum available energy in this bay.

 

The Ceiling of the 34×62mm Format — No Higher Capacity Exists in This Bay

The 2,000mAh is the highest capacity available in the 34×62mm footprint. There is no higher capacity, no higher peak current, and no higher continuous output in this bay. Moving above 2,000mAh requires the 34×96mm format — same 34mm width, extended to 96mm in length, starting at 2,200mAh. For any build where the 34×62mm length is fixed by frame design, mounting constraints, or structural requirements, the 2,000mAh is the definitive and only endpoint.

 

Ceramic Separator and PVDF Electrode — Racing-Grade Construction at Peak Format Output

Industry-first ceramic separator and PVDF electrode construction deliver thermal resistance and structural integrity at the highest output levels the 34×62mm format produces. At 130C peak and 260A output from a 50g cell — the simultaneous ceiling of both peak current and stored energy in this format — the ceramic separator’s thermal performance is at its most critical application across the entire 34×62mm family. The PVDF binder maintains electrode structural integrity under the combined stress of 120A continuous discharge and 260A peak events, contributing to long cycle life and consistent performance across hundreds of high-rate charge-discharge cycles in competitive racing environments.

 

Full 34×62mm Format Comparison

The 34×62mm Format Ceiling — No Higher Capacity in This Bay

The 2,000mAh is the final cell in the 34×62mm format. For builders whose motor and ESC configuration requires more than the 2,000mAh provides — above 260A peak or above 120A continuous — the next step is the 34×96mm format at 2,200mAh, which delivers 286A peak and 132A continuous from the same 34mm width in a 96mm-long bay. For builds fixed to the 34×62mm length, the 2,000mAh is the definitive and only answer.

 

Stepping Up From the 1,500mAh

Moving from the 1,500mAh to the 2,000mAh in the same 34×62mm bay adds 1.85Wh of stored energy (+33.3%), raises peak burst from 195A to 260A (+65A), and raises continuous from 90A to 120A (+30A) — for 12g of additional weight and 2.7mm of additional thickness. No frame modification is required. This is the largest proportional energy and current gain available within the 34×62mm format from a single capacity step, and it closes the format at its absolute performance ceiling.

 

Charging: 2C / 4.0A — Full Charge in ~30 Minutes

The 2C continuous charge rate delivers 4.0A input — the highest absolute charge current in the 34×62mm family — fully charging the cell in approximately 30 minutes. Running multiple cells in rotation at 2C sustains back-to-back racing sessions at the maximum energy level the 34×62mm format delivers without interruption.

 

Ideal Applications

Mid-size FPV racing drones — 130C / 260A peak and 120A continuous, the maximum the 34×62mm format delivers for the most demanding racing builds in this bay.

RC cars requiring above 195A peak — the only cell in the 34×62mm format exceeding 195A instantaneous peak for high-response motor configurations.

RC aircraft with mid-size fuselage bays — 7.40Wh at 50g in the 34×62mm format, maximum run time for medium-scale racing aircraft within this bay length.

RC boats with sustained high-current requirements — the first Ultra cell sustaining 120A continuously, for hull motor configurations exceeding the 1,500mAh’s 90A ceiling.

1,500mAh upgrade builds — same 34×62mm bay, 33.3% more energy, 65A more peak, 30A more continuous, for 12g and 2.7mm, no frame modification required.

Final 34×62mm build — the definitive endpoint for all 34×62mm platforms before the format steps to the 34×96mm.

 

Product Summary

The Midlands Power 3.7V Ternary 2,000mAh closes the 34×62mm format at its absolute performance ceiling: 260A peak — the highest of any Ultra cell to this tier — 120A continuous — the first in the entire lineup to cross 100A sustained — and 7.40Wh of stored energy, all from a 50g, 10.7mm cell that requires no frame modification from the 1,500mAh. For mid-size competitive racing builds fixed to the 34×62mm bay, 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