Hi Scott,
I admire your eager attitude!
The challenge with adding more mAh to any aircraft is it adds more weight. At some point, the added mAh is overcome by the higher throttle setting needed to cruise the heavier aircraft. Simply stated, the Redondo relationship is never linear. At an extreme, doubling the battery capacity won't double the flight time. You'll need to test where your model is along that curve. You may get what you wanted, or you may not. Either way, please share your results, as you're the first person I know who is attempting to fly with 10,000mAh in this model.
The other factor is the structural limits of a model. For the Me-262, with that much more weight, I'd pay extra attention to the fuselage wall where it meets the leading edge of the wing.
You may also want to experiment with throttle management. For reference, I flew the new Me-262 V2 yesterday on an Admiral 6s 5000 and landed comfortably after 4.5 minutes with throttle management.
Happy Testing,
I admire your eager attitude!
The challenge with adding more mAh to any aircraft is it adds more weight. At some point, the added mAh is overcome by the higher throttle setting needed to cruise the heavier aircraft. Simply stated, the Redondo relationship is never linear. At an extreme, doubling the battery capacity won't double the flight time. You'll need to test where your model is along that curve. You may get what you wanted, or you may not. Either way, please share your results, as you're the first person I know who is attempting to fly with 10,000mAh in this model.
The other factor is the structural limits of a model. For the Me-262, with that much more weight, I'd pay extra attention to the fuselage wall where it meets the leading edge of the wing.
You may also want to experiment with throttle management. For reference, I flew the new Me-262 V2 yesterday on an Admiral 6s 5000 and landed comfortably after 4.5 minutes with throttle management.
Happy Testing,










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