Version 1.1 How to assemble SIGMA HEXA-600C Read the manual carefully before using SIGMA HEXA-600C 288mm 40mm 578mm 146mm 88mm 305mm 325mm 250mm 420mm STEP 1 All screw need to use screw glue for higher intensity One hole TWO holes Back View 6 sets complete 4x M2 x 25 Socket Screw 1x M2.5 x 25 Socket Screw Note the direction Not use 19mm M2.5 x 25 Socket Screw Note the direction of this gap M2 x 25 Socket Screw SIGMA HEXA-600C User Manual Page 1 STEP 2 Upper Plate Lower Plate Note the direction 6 x Arm Mount Complete 12 x M2.5 Socket Screw Back View M2.5 x 25Socket Screw M2.5 x 25 Socket Screw STEP 3 Device Mounting Plate Use Nylon Screw (M3 x 15) HEAD Direction Battery Mounting Plate ( + Mode) Use Nylon Screw (M3 x 40) SIGMA HEXA-600C User Manual Page 2 STEP 4 Install Lower Plate Complete Note the direction STEP 5 m 0m 32 : th ng Le Complete Prepare the parts M2 x 12 Screw SIGMA HEXA-600C User Manual M2 x 14 Screw Page 3 STEP 6 Aluminum column M3 x 12 Socket Screw Lower Plate M3 x 6 Socket Screw M3 x 6 Socket Screw 4x M5.0 Aluminum column You need to install the 4 sets aluminum column on the frame. Shown above is one of them. HEAD Direction( + Mode) Aluminum column install here(cross this hole) HEAD Direction(X Mode) Aluminum column install here(cross this hole) STEP 7 M3 x 6 Socket Screw SIGMA HEXA-600C User Manual Page 4 STEP 8 M3 x 12 Socket Screw Complete Aluminum column install here(cross this hole) 97mm 97mm M3 x 12 Socket Screw 73mm Wrap with tape is recommend Pu ll t o ea ch sid e fo r g hi he ri e nt ns ity Approx: 150mm SIGMA HEXA-600C User Manual Page 5 Install AV200 to SIGMA HEXA-600C Read the manual carefully before install Photohigher Mini AV200 Camera Gimbal This gimbal is a professional level camera housing with 5: 1 tilt, 10: 1 reduction on roll for very fine and smooth gyro stabilization directly off the flight controller of your SIGMA HEXA-600C. It is precision engineered and well designed and crafted it is primarily constructed from lightweight alloys and machined engineering plastics. It has a high speed coreless roll servo with an external 10 turn potentiometer - digital servo on tilt driving a toothed belt for smooth motion with a fully adjustable camera table for c of g positioning and balancing. Install the Nylon Screw (M3 x 6) The mount will easily house a large DSLR (Canon 7D/5D II) or a high quality HD video camera - due to its weight and size it is recommended that a heavy lift Droidworx AD-4 or AD-6 is used. With heavier payloads shorter flight times are to be expected. Weight: 590 grams Internal space dimensions: 145mm (high) x 170mm (wide). Install the Nylon Screw (M3 x 6) SIGMA HEXA-600C User Manual Page 6 M3 x 12 Socket Screw M3 Socket Screw (Prepare by yourself) Complete SIGMA HEXA-600C User Manual Nylon Nut (M3 x 6) Page 7 Total: 380g Total: 460g With AV200 Total: 1080g With AV200+5DII Total: 2460g SIGMA HEXA-600C User Manual Page 8 Install FC3X-360CM to SIGMA HEXA-600C Read the manual carefully before install Product Technical Parameter: Weight: 1.06kg Outside dimensions: 310mm (W) x 244mm (D) x 278mm (H) Camera mount innerspace size: 170mm (W) x 80mm (D) x 140mm (H) Maximum load: 2kg (SLR camera and most DV can be installed) SIGMA FC3X-360CM Multirotor 3-Axis Carbon Fiber DSLR Gimbal SIGMA FC3X-360CM 3-axis camera mount is specially designed for SIGMA HEXA-600C aircraft and XAircraft X650V4/V8, made by carbon fiber material, having structure of high structural strength, light weight. It is capable of installing DSLR and most of DV. The 3-axis includes Tilt, Roll and horizental(Pan), wherein the direction axes can rotate in unlimited 360 degrees, the rotation speed and direction are controlled by radio set. SIGMA FC3X-360CM using a tripod and tripod-in-one design, when camera mount rotates in horizontal, the tripod is also synchronous rotation, this way will avoid possibility that traditional camera mount will photographed the tripod while taking photos, which offers more flexible and creative space for photography workers. Tilt axis using the dual steering gear backlash design, which could not only offer strong drive power, but also more higher control precise. The Tilt and Roll axis both can be driven by common flight controller, such as: DJI WK-M, ACEONE or XAircraft FC1212+AHRS,etc. so as to obtail a better gyro stability augmentation effect. Other flight controllers, such as FY-30A, etc can also be used to finish closed-loop control augmentation. SIGMA HEXA-600C User Manual Page 9