| Colour | Grey |
| Lock | Unlocked |
| Grades | Grade C |
| Functionality | Fully functional device |
| Box | No box |
| Capacity | 256GB |
| Screen Size | 12.9" |
| Launch Year | 2015 |
| Connectivity | Wifi + Cellular |
The Apple iPad Pro 12.9" 1st generation (2015) is a large-screen tablet designed for tasks requiring performance and precision. Equipped with a 12,9-inch Retina display and high resolution, it offers a wide viewing area, suitable for detailed document editing, technical drawing, or multimedia consumption with high colour fidelity. The A9X processor, combined with 256GB of internal storage, allows running professional applications such as design software, video editing tools, or productivity aids with fluency even under demanding workloads. The 8 MP rear camera captures photos and video of sufficient quality for document recording or visual reference, while the front supports video calls and selfies with adequate clarity for professional or personal use. WiFi + Cellular connectivity ensures internet access on the move, subject to a compatible carrier contract.
This model is suitable for professionals in fields such as architecture, graphic design, education, or business who need a portable device capable of partially replacing a laptop in specific scenarios. It also serves as an advanced reading tool, digital note-taking with support for Apple Pencil (1st generation, sold separately), or consumption of content in large format. The combination of spacious display, processing power, and connectivity options makes it versatile for use in offices, classrooms, or while on the move.
By purchasing this refurbished equipment from iOutlet, you acquire a device tested and verified before sale, sourced from a European certified refurbishment network. The purchase includes a 24-month warranty, ensuring technical coverage and after-sales support. Choosing refurbished products contributes to reducing the environmental impact associated with new device production, while maintaining access to high-standard technology under reliable and transparent conditions.
