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Hitec HS-7950TH HV Digital Ultra Torque Coreless TG 37950S
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This is the HS-7950TH High Speed, Ultra Torque Digital Servo from Hitec.

FEATURES: Ideal for giant scale planes, monster trucks and rock crawlers
          Coreless motor for precise centering and accuracy
          G2 programmable digital circuit, programmable features include;
            Dead Band Width            Speed (reduction)
            Fail Safe Position         Direction (CW/CCW)
            Fail Safe On/Off           End Points
            Overload Protection        Resolution High/Low
          Titanium gears that don't break or develop slop like conventional
            metal gears
          Capable of operating on two LiPo packs

INCLUDES: HS-7950TH High Speed, Ultra Torque Digital Servo with 1" (25.5mm)
            single arm horn, 1" (21.5mm) aluminum single arm horn, 0.85" (32mm)
            heavy duty single arm horn, 2.8" (72mm) heavy duty double arm horn,
            2.3" (59mm) double arm horn, 1.8" (45mm) round horn, four eyelets,
            four rubber grommets, four 2x15mm mounting screws and instruction

REQUIRES: Installing in model and connecting to control linkage and receiver

SPECS:    Size: 1.57 x 0.79 x 1.50" (40 x 20 x 38mm)
          Weight: 2.40oz (68g)
                   6.0V                   7.4V
          Speed:  0.15 sec             0.13 sec
          Torque: 403 oz/in (29kg-cm)           486 oz/in (35kg-cm)
          Drivetrain Type: Dual ball bearing

COMMENTS: This servo can be programmed with any Hitec digital servo
            programmer. However, the Overload Protection and Resolution High/
            Low can only be programmed with the HFP-20, HPP-21
            or the HPP-21+

          A note on coreless motors-a conventional servo motor has a steel core
            armature wrapped with wire that spins inside the magnets. In a
            Coreless design, the armature uses a wire mesh that forms a cup
            that spins around the outside of the magnet. This arrangement is
            much lighter resulting in smoother operation and faster response

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