Charlotte Airbus 320 Base Sticker, CLT Based Crews

Charlotte Airbus 320 Base Sticker – CLT Based Crews

Represent your Charlotte Douglas (CLT) crew base with pride! This Airbus 320 crew base sticker celebrates the pilots and flight attendants who call Charlotte home and fly the versatile A320 family on routes across the Americas and beyond. With its clean blue and white design and gloss finish, this non-branded sticker works for any airline operating A320s out of CLT. Whether you're based at Charlotte flying domestic routes or working the busy hub operations that make CLT one of the nation's major connecting airports, this sticker shows your crew base pride and your connection to the Airbus 320.

Why You'll Love It:

• Charlotte Crew Base: Celebrates CLT as your home airport
• Airbus 320 Pride: Features the popular narrowbody aircraft
• Round Format: 3" diameter classic sticker shape
• Blue and White: Clean, professional color scheme
• Gloss Finish: Durable, weather-resistant coating
• Non-Branded: Works for any airline operating A320s from Charlotte

Specifications:

• Size: 3" round
• Material: Premium vinyl
• Design: Charlotte A320 crew base graphic
• Colors: Blue and white
• Finish: Gloss
• Airport: Charlotte Douglas International (CLT)
• Aircraft: Airbus 320
• Branding: Non-branded, works for any airline
• Weight: 1 oz
• Application: Peel and stick
• Weather-resistant and waterproof
• SKU: CLTA320STKR-144
• Barcode: 072928804053

Whether you're an airline pilot based at Charlotte flying the A320, a flight attendant who works CLT trips, a dispatcher who coordinates Charlotte operations, an aviation enthusiast who loves the Airbus 320 family, a crew scheduler who manages CLT staffing, or simply someone who appreciates crew base pride and hub operations at Charlotte Douglas, this sticker is perfect. Great for crew luggage, flight bags, water bottles, laptops, headset cases, logbooks, clipboards, or anywhere you want to show your Charlotte crew base pride and celebrate flying the Airbus 320 from CLT to destinations across the network.