Square 2 Square TRI-HOT
A breakthrough Zero-Torque design that eliminates shaft lean and positions the shaft closer to the face, paired with a Single Bend shaft that creates a distinctive heel-shafted Jailbird setup.
Technology
Jailbird SB combines TRI-HOT multi-material construction with a Single Bend shaft, Odyssey’s two-layer Ai-DUAL insert, enhanced forward roll, and a Tour-inspired grip and shaft package.
Aluminum, steel, and more than 140 grams of tungsten are strategically combined to create the Zero-Torque configuration, place more than 80% of the weight below the topline, and support the forward center of gravity and hosel location.
Designed using Artificial Intelligence, the two-layer urethane insert combines a soft outer layer with a firm inner layer to deliver consistent ball speed across the face, improved forward roll, and responsive feel.
The deeper, more aggressive Forward Roll Design uses a 19° slope and works with the dual-layer insert to improve forward roll across vertical impact locations on the face.
Developed after reviewing popular Tour grips, this mid-sized pistol profile features crisp edges for a comfortable fit and clearer awareness of the putter face throughout the stroke.
The black PVD SL 120 Single Bend steel shaft creates the model’s heel-shafted configuration while providing the heavier, stiffer profile suited to the TRI-HOT platform.
Specifications
Official specifications for the Square 2 Square TRI-HOT Jailbird Single Bend, including its 70° lie, right- and left-handed availability, standard lengths, and head weight.
| Model | Head Type | Loft | Availability | Standard Length | Lie | Toe Hang | Head Weight |
|---|---|---|---|---|---|---|---|
| Jailbird | Mallet | 3° | RH / LH | 33", 34", 35" | 70° | 90° Up | 365g |
In Action
Watch the TRI-HOT product video for a closer look at the construction, Ai-DUAL insert, roll technology, and Zero-Torque design.
Gallery
A closer look at the Jailbird profile, Single Bend shaft, alignment system, Ai-DUAL face, and red-and-black multi-material construction.
