RC OMG LP-BM10S Low Profile Servo Review

[vc_row full_width=”” parallax=”” parallax_image=””][vc_column width=”1/1″][/vc_column][/vc_row] Introduction The RC OMG LP-BM10S Low Profile Servo is the latest addition to the D2 series servo line-up. It is a powerful, accurate, high speed and high precision digital servo. The servo has an anodize aluminum band, titanium internal gears, a precision brushless motor and…

RC OMG LP-BM10S Low Profile Servo Review
Introduction The RC OMG LP-BM10S Low Profile Servo is the latest addition to the D2 series servo line-up. It is a powerful, accurate, high speed and high precision digital servo. The servo has an anodize aluminum band, titanium internal gears, a precision brushless motor... Read more
RC OMG LP-BF07S Full Metal Low Profile Servo Review
Introduction RC OMG is steadily increasing their Full Metal series servos to their line-up. The LP-BF07S Full Metal Low Profile Servo is the latest creation. It is a powerful, accurate, ultra high speed and high precision digital servo. The FULL METAL is just that, from the outer casing to... Read more
RC OMG HDT072070B Full Metal Servo Review
Introduction RC OMG is steadily increasing their influence on the RC servo market. The HDT072070B Full Metal servo is the latest creation. It is a powerful, accurate, ultra high speed and high precision digital servo. The FULL METAL is just that, from the outer casing to internal gears they... Read more
RC OMG HDT065070B Servo Review
Introduction RC OMG is now a little less new to the RC Drift servo market. The HDT065070B is a high voltage Ultra Speed servo. It is very fast servo with a lower torque rating than the others. The lower torque rating is still adequate for RC Drift purposes. The... Read more
RC OMG HDT045070B Low Profile Servo Review
Introduction RC OMG is new to the RC Drift servo market. This HDT045070B is a low profile digital brushless titanium gear servo. This is a high voltage servo, so minimum requirements is 6.0V supplied by your ESC BEC for optimal performance. Make sure that you are using capable electronics,... Read more