The Squier® Contemporary Telecaster® HH is an outstanding choice for the modern player seeking progressive features in a guitar that that has authentic vibe and style.
Player-friendly features like a slim “C”-shaped maple neck give this guitar a slick, smooth feel, while the 12” fingerboard radius and jumbo frets are ideal for speed and effortless bends. The dual ceramic humbucking pickups boast hot
output for powerful tones perfect for crunchy rhythms and soaring solos. Premium styling cues include chrome pickup covers and an eyecatching matching painted headstock to make this guitar stand out from any crowd.
With its combination of timeless Tele style, player-centric features and incredible tone, the Contemporary Telecaster HH is the perfect hardrocking addition to your arsenal.
Body Material - Poplar
Body Shape - Telecaster®
Body Finish - Gloss Polyurethane
Neck Material - Roasted Maple
Neck Finish - Satin Urethane with Gloss Urethane Headstock Face
Neck Shape - "C" Shape
Scale Length - 25.5" (648 mm)
Fingerboard Material - Roasted Maple
Fingerboard Radius - 12" (305 mm)
Number of Frets - 22
Fret Size - Jumbo
Nut Material - Synthetic Bone
Nut Width - 1.650" (42 mm)
Position Inlays - Black Dot
Truss Rod - Head Adjust
Bridge Pickup - Squier® Ceramic Humbucker
Neck Pickup - Squier® Ceramic Humbucker
Controls - Master Volume, Master Tone
Switching - 3-Position Blade: Position 1. Bridge, Position 2. Bridge and Neck, Position 3. Neck
Configuration - HH
Bridge - 6-Saddle Standard Strings-Through-Body Tele® with Block Saddles
Hardware Finish - Chrome
Tuning Machines - Standard Die-Cast
Pickguard - 3-Ply Parchment
Control Knobs - Knurled Flat-Top
Switch Tip - Black
Neck Plate - 4-Bolt Squier® Asymmetrical
*Models subject to change without notice
Designed for players seeking an affordable, stylish and versatile instrument, the Bullet® Telecaster® sports the...
While small in stature, the Classic Vibe ‘60s Mustang® packs a punch of incredible tone...
The Classic Vibe ‘70s Telecaster® Custom is a faithful nod to the 1970s evolution of...