AGF-RC, A66FHLW brushless Servo, 40.8x20.2x29.5mm, 75.8g, 600Ncm@8.4V

• High-End Premium Brushless Low Profile Servo, extremely powerful
• HV capable, 4.8V - 8.4V, Up to 180° servo travel, IP67 waterproof
• 60kg at 8.4V 0.100sec / 60°, 4-pole Brushless Motor
• Hall sensor instead of potentiometer, programmable with optional USB Interface AGF-SPV3
• Full aluminum housing, 75.8 grams weight, incl. aluminum horn (HSS20P2)

The AGF-RC A66FHLW is a high-end premium low-profile brushless servo with a full aluminum housing. The servo is HV capable and can be operated directly with a 2s LiPo (4.8 - 8.4V). The new 4-pole brushless motor provides unprecedented performance in this class. Instead of a conventional potentiometer, a wear-free Hall sensor is used.

Completely redeveloped software and internal control ensure extreme holding power, even around the neutral position. The almost play-free gearbox rounds off the overall picture, a servo for the highest demands.

With 60kg of torque and a weight of 75.8 grams, this powerhouse can show what it can do in various tasks. At just 0.100sec/60°, the A66FHLW is very fast, the ideal servo for the ambitious racer or pilot. The maximum servo travel is up to 180°.
These performance data are ideal when space is limited, but maximum performance is required.

Please note that a servo of this performance class requires sufficient power supply! Under full load / stall, current consumption of up to 7.5A is possible!

Whether in fixed-wing models, RC cars, or on the swashplate in XXL helis - the A66FHLW delivers top performance that is unparalleled.
The A66FHLW is IP67 waterproof and therefore also ideal for RC cars / crawlers, etc.

The A66FHLW is also programmable with the optional USB Interface AGF-SP. A Windows 7/10 PC is required for this. The servos are powered directly via the USB port and only need to be plugged into the interface. In the software, for example, the soft start, the neutral point, the servo travel can be adjusted (larger and smaller), or the direction of rotation can be set. Furthermore, if required, the Sanwa SSR mode can be activated, which is particularly interesting for RC car drivers. The integrated overload cut-off can also be adjusted in 3 stages. It is also possible to select what should happen in the event of signal loss.

Of course, programmability is an optional feature! All servos can be operated normally directly out of the box and do not need to be configured beforehand!