Trust Lisboa Notebook Carrying Laptop Sleeve - 16" - Black





Currently unavailable





Currently unavailable
The Trust Lisboa 16-inch Laptop Sleeve is designed for students and professionals who prioritize portability and device protection without the bulk of a traditional bag. This sleeve offers a lightweight, shock-absorbing design that keeps your laptop free from scratches and minor impacts during daily commutes. While it excels at safeguarding your device within larger bags, it does not include shoulder straps or handles, meaning it must be carried by hand or tucked inside a backpack or briefcase.
| Colour | Black |
|---|---|
| Series | Lisboa |
| Model Part Number | 25248 |
| Brand | Trust |
No, the Lisboa features a single-compartment design intended to keep the sleeve as slim and portable as possible.
The sleeve is made from polyester, which offers some resistance, but it is not waterproof or intended to protect your device during heavy rain.
Yes, it can be carried like a document folder, but please note it does not feature integrated handles or shoulder straps.
Keep your original proof of purchase; should a defect arise due to manufacturing, contact Trust customer support with your receipt.
It depends on the thickness and bezel size. Please compare your laptop's dimensions against the compartment dimensions of 15 x 265 x 385 mm.
Check the interior lining for fabric snags or dust and gently run the zipper slider back and forth to clear the path.
Ensure your laptop is not in a separate thick protective casing, as the sleeve is designed for a naked laptop fit.
This sleeve is a 'plug-and-play' accessory. To use, simply unzip the sleeve, slide your laptop into the main compartment, and zip it shut. The interior compartment dimensions are 15 x 265 x 385 mm, so check your device dimensions to ensure a proper fit. Because it is made of durable polyester, the sleeve is easy to maintain. If it becomes soiled, wipe the surface with a damp cloth and mild soap. Avoid submerging the sleeve in water or using harsh chemicals that could degrade the fabric or the shock-absorbing lining.