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Specification: Asus TUF Gaming F17 FX706LI-ES53 (17. Upgradability Asus TUF Gaming F17 FX706LI-ES53 has the following options for upgradability. The trackpad here is also a rather small one (10.9 x 5.9 cm) but it has a smooth matte surface though it lacks a little precision. Considering its size Asus could have gone for bigger arrow keys. The WASD keys are transparent and get a little extra RGB backlight. Keyboard and Trackpad Asus TUF Gaming F17 FX706LI-ES53 has a chicklet style backlit keyboard. Once you remove the 11 Philips head screws, the bottom panel can be removed. The display maintains a modern design with thin 7mm bezels. It has a tuff design except for the lid which wobbles a little. The FX706 compared to its predecessor the FX705 is slightly thinner and lighter weighing in at 2.6 Kg and ‎measuring in at 15.72 x 10.59 x 0.98 inches. ASUS TUF Gaming F17 17.3 Laptop Computer - Mecha Gray Intel Core i7 13th Gen 13700H 1.8GHz Processor NVIDIA GeForce RTX 4060 Graphics 8GB GDDR6 16GB DDR4. The touchpad has a smooth surface and dedicated buttons.Upgradability Design and Build Quality Asus TUF Gaming F17 FX706LI-ES53 has a plastic chassis reinforced with metal. The unit has long key travel and clicky feedback. The laptop also has a full keyboard setup with a NumPad and highlighted WASD keys. The base has little to no flex, with the power button sitting on the side. It can also help with gripping the laptop to open it. However, we do see a protruding notch on the top, which houses the camera. The lid doesn’t open easily with one hand but has thin bezels, both on the sides and on top. But ive got my eye on a diferrent laptop. The design itself is minimal, and while the lid does have the TUF logo and wordmark boldly placed, the overall dark chassis makes for a very incognito device. Reviewing the ASUS TUF Dash F15 Gaming Laptop With an Intel i7-11370H, 85w RTX 3070 & 240hz screen - this ticks a lot of boxes. Around the bottom panel, you can also see some honeycomb vents, to help with the airflow.

What the team over at ASUS decided to do was to implement a honeycomb structure on the inside, to further strengthen the chassis. This is what happens when you do some real engineering work that focuses on solving a structural problem. The laptop really is TUF (excuse the pun), despite its plastic design.