UZBL CASES SHELL FORTIS G10 / FORTIS G1I, 11IN

Product image

Key Features

Ultralight chassis without sacrificing drop protection capabiltiy
Reinforced TPU drop-cushioning corners
Engineered for clamshell and full 2-in-1 device viewing
Slide on design for easy installation and uninstallation
Simplistic design language keeps students from removing the case

Manuals & Resources

MANUAL User Manual › DATASHEET Product Datasheet › BROCHURE Manufacturer Brochure › MANUAL Assembly Instructions › WARRANTY Warranty Information › DATASHEET Product Fiche › GUIDE Energy Guide › SAFETY Safety Data Sheet › SAFETY Safety Data Sheet (FR) › SAFETY COSHH Sheet › TOUR Product Tour › 360 360° Product View ›

UZBL LLC Skins

UZBL CASES SHELL FORTIS G10 / FORTIS G1I, 11IN

Mfr # HP7027AIR SKU 14757436 UPC 821537070270

$27.57 MSRP $49.95 Save 45%

Regular price saves you $22.38 against MSRP.

Available

Product Overview

UZBL CASES SHELL FORTIS G10 / FORTIS G1I, 11IN

UZBL (HP7027AIR) Skins
Rugged Hard Shell Air Style Case for HP Fortis G10 / Fortis G1i Chromebook 11" - HP7027AIR
Rugged Hard Shell Air Style Case for HP Fortis G10 / Fortis G1i Chromebook 11"

Technical Specifications

Application/Usage	Chromebook
Product Type	Case
Manufacturer Part Number	HP7027AIR
Limited Warranty	Lifetime
Weight (Approximate)	12 oz
Durability	Drop Resistant
Durability	Break Resistant
Durability	Stress Resistant
Durability	Shock Resistant
Manufacturer	UZBL
Product Name	Rugged Hard Shell Air Style Case for HP Fortis G10 / Fortis G1i Chromebook 11"
Product Line	Hard Shell
Brand Name	UZBL
Height	8.5"
Width	12.6"
Depth	1"
Maximum Screen Size Supported	11"
Withstand Drop Height	Upto 72"
Brand Compatibility	HP
Product Color	Black
Color Family	Black
Rugged	Yes
Product Material	Thermoplastic Polyurethane (TPU)
Product Material	Polycarbonate

Marketing Information

HP Fortis Chromebooks:

G10 11 inch
G11 11 inch

Engineered to be lightweight while maintaining certified drop protection. Its sleek design and lightweight build encourage students to keep the case on their devices at all times, significantly reducing breakage, increasing device uptime, and enhancing the long-term value of the device.