The DIY Kit includes all the parts to convert your i3 into a Pandora Pro. Follow our video guides on how to disassemble your i3 and build your Pandora Pro.
Send us your donor i3 and we convert it into a Pandora Pro. This is a great option for those who do not have the time or confidence to convert it themselves.
The HaloRC Pandora Pro is our latest gimbal opperated camera system, derived from DJI's flagship drone, the Inspire 3. We have extracted all the required components to develop a standalone camera that uses the latest X9 gimbal with its Full Frame 8K sensor.
The Pandora Pro retains full control of the gimbal and lens, and opperates just the same as an Inspire 3 on the ground. Creating this compact and lightweight system allows users to capture the same stunning footage you would get from an Inspire 3 but in a more versatile form factor. Whether mounted to your own drone, to vehicles, cranes, or even used handheld, the Pandora Pro opens up a world of creative shooting possibilities, enabling you to achieve cinematic results in any setting.
With lots of 1/4 20 mounting holes on the top and the side pods, the Pandora Pro can be rigged out to suit your requirements. Whether you add a handle and V-Mount for handheld opperations, or use the mounting points to attach to a tracking car setup, the Pandora Pro's versitility and small size makes it easy to adapt to your shooting needs.
The Pandora Pro uses four SMA antennae that can be changed between 2.4ghz and 5.8ghz, depending on your RF environment. You can also use higher gain antennae to increase range and penetration of the video transmission.
The HaloRC Pandora Pro rear panel is where you will find the 24v/6S XT60 power input and switch for turning the system on and off. The SSD drive is inserted through the slot and held firmly in place.
You will also find a heat extraction fan that can be independently opperated with its own switch, providing you with extra cooling on demand.
The rear panel provides easy access to the 'PDB I/O Board', with the removal of just 4 screws. This is for connecting a TB51 Battery to the 'PDB I/O Board' via the jumper cable, and is required for binding or rebinding controllers to the system.