When it comes to travel, having the right suitcase can make all the difference. The Kono Medium 24" Suitcase stands out as a top choice for travellers looking for durability, style, and practicality. Constructed from a tough yet lightweight PC+ABS shell, this suitcase is designed to handle the wear and tear of frequent journeys while keeping your belongings secure and protected.
In stock
Kono Medium 24" Suitcase | Expandable Hard Shell Luggage | Lightweight | TSA Lock | 4 Sturdy Spinner Wheels | Travel Carry-On Luggage (Black,65x43.5x25cm)
£49.99
- Introducing the Kono Medium 24" Suitcase – your ultimate travel companion designed to blend style, functionality, and durability. Crafted from a robust PC+ABS shell, this suitcase is not only lightweight but also remarkably tough and scratch-resistant, making it ideal for the rigours of frequent travel. With rigorous testing for strength and smooth operation, the Kono suitcase is engineered to withstand the demands of your journeys, ensuring your belongings are protected at all times.
Frequently Asked Questions
Popular questions and answers about this product
What materials are used in the Kono Medium 24" Suitcase?
The suitcase is crafted from a durable PC+ABS shell, which is lightweight yet highly resistant to scratches and wear.
How much can the suitcase expand?
The Kono Medium suitcase can expand by up to 15%, providing additional packing space for your essentials.
What are the dimensions and weight of the suitcase?
The suitcase measures 65x43.5x25cm and weighs 3.5kg, making it easy to manoeuvre and transport.
Does the suitcase have a TSA lock?
Yes, the Kono suitcase features a high-security TSA lock, ensuring your belongings are safe and allowing for hassle-free inspections.
What is the warranty on the Kono suitcase?
The suitcase comes with a 2-year worldwide warranty, providing you with peace of mind during your travels.
Are the wheels easy to manoeuvre?
Absolutely! The suitcase is equipped with upgraded 360° double-spinner wheels, offering smooth and quiet rolling on various surfaces.
















