LG is poised to redefine the boundaries of portable computing, preparing to unveil a new generation of Gram laptops at CES 2026. The core mission remains unchanged: to engineer machines that defy gravity, prioritizing lightness above all else.
This year’s innovation centers around a revolutionary material dubbed Aerominum. Born from the challenge of creating ultra-light laptops that don’t compromise on durability, Aerominum promises a remarkable balance. It’s designed to be both lighter and stronger than previous materials, boasting enhanced scratch resistance and military-grade toughness, all while maintaining a sophisticated brushed metal aesthetic.
Artificial intelligence is deeply woven into the fabric of the new Gram lineup. Select models feature “dual AI” – a powerful combination of on-device processing for offline tasks and cloud-based AI for more complex operations. These laptops also qualify as Copilot+ PCs, and LG introduces Gram Chat, powered by the EXAONE 3.5 small language model, aiming to deliver swift and secure AI assistance for everyday productivity.
The LG Gram Pro 17 is generating significant buzz, boldly claiming the title of “world’s lightest 17-inch RTX laptop.” This isn’t just about weight; it’s a powerhouse packed with a vibrant 17-inch 2560x1600 LCD display, an RTX 5050 GPU, and a substantial 8GB of GDDR7 memory.
For those seeking a more balanced form factor, the Gram Pro 16 offers a compelling alternative. It’s positioned as the lightest 16-inch laptop with both on-device and cloud AI capabilities, and distinguishes itself with a stunning, high-resolution OLED panel – a practical choice for a wider range of users.
LG has also streamlined the user experience with an enhanced Gram Link feature. Seamlessly transfer files between your laptop, smartphone, and LG TV with newfound ease, creating a more connected and fluid digital ecosystem.
While specific pricing and availability remain under wraps, LG has acknowledged inquiries regarding these details. Notably, the exact weights of these incredibly light machines are yet to be revealed, a curious omission given their central role in the Gram’s identity.
