The SkyWatcher HEQ-5-R Pro GoTo mount is an upgraded version of the previous HEQ5 Pro GoTo, designed specifically for demanding astronomical observation and astrophotography. The mount offers increased stability and a higher 15 kg payload capacity.
Greater precision
For even greater precision, the manufacturer has redesigned the mount’s drive system: the belt drive reduces backlash between the gears, while the larger worm gears provide more accurate tracking.
The top of the SkyWatcher HEQ-5-R Pro GoTo mount head features built-in ports, allowing various devices to be connected and used without unnecessary cabling. The integrated camera control port enables easy operation of DSLR and MILC cameras. The PPEC (Permanent Periodic Error Correction) function helps minimise the effects of mechanical errors, helping to keep long-exposure images sharp.
To make polar alignment easier, the mount head is fitted with larger adjustment screws. The mount also features a carry handle, making lifting and transport easier and more comfortable.
Key features of the SkyWatcher HEQ-5-R Pro GoTo mount:
- Maximum payload capacity (optical tube + accessories): 15 kg
- Included counterweights: 2 × 5.2 kg
- Mount head weight: 12 kg
- Tripod weight: 5.2 kg
- Counterweight shaft diameter: 20 mm
- Power supply: 12 V / 3 A
- Autoguider rate: 0.125X, 0.25X, 0.5X, 0.75X, 1X
- Ports:
- SynScan hand controller port
- Power input (12 V / 3 A)
- 12 V power output on the mount head
- 2 × 12 V power outputs on the dovetail clamp
- USB port on the mount head
- USB hub on the mount head
- USB hub on the dovetail clamp
- Autoguider port on the dovetail clamp
- Built-in WiFi
- Maximum GoTo speed: 3.2 degrees / second
- Periodic error correction: permanent 100-segment PEC correction (no retraining required)
- GoTo accuracy: up to 5 arcminutes (RMS)
- Telescope attachment: compatible with both Vixen and Losmandy standard dovetail bars (45 mm / 75 mm)
- Polar scope not included; available separately
This mount is an ideal choice for anyone looking for reliable, stable and advanced technology for both astronomical observation and astrophotography.
