Bolt
- Max Weight
- 175.1 g
- Diameter
- 21.1 cm
- Height
- 1.7 cm
- Rim Depth
- 1.1 cm
- Rim Width
- 2.4 cm
- Inside Rim Diameter
- 16.4 cm
- Rim Depth / Diameter
- 5.2 %
- Rim Configuration
- 27.75
- Flexibility
- 10.09 kg
- Bead
- No
Bolt
The Latitude 64 "Bolt" serves as a versatile distance driver for intermediate to advanced throwers seeking long distances with controllable stability. With a speed of 13, it delivers solid distances on both backhand and forehand throws without falling into the pure utility category. In practice, the disc proves less overstable than the flight numbers suggest—especially in Opto and Gold Line plastics, it maintains a predictable flight path even at higher arm speeds. The wide rim provides a secure grip but may feel borderline for smaller hands. The Opto Air version, starting around 157 grams, offers lighter throws with reduced stability, while standard weights in Opto and Gold Line provide more resistance against wind and unwanted turnover. On the course, the "Bolt" combines moderate turn with reliable fade at the finish. After a clean release, it drifts controllably to the right before the pronounced fade corrects the line back to the left—ideal for longer S-curves exceeding 100 to 120 meters. The glide falls slightly short of the advertised 6, yet the disc carries well enough to outperform slower fairway drivers in distance gains. At moderate arm speeds, the turn remains subtle, while powerful throws fully exploit its curve. Headwind noticeably enhances its overstable tendency, while tailwind allows for more turnover. For advanced intermediate players with 90 to 110 meters of power, the "Bolt" works as a reliable max-distance driver for open fairways and long anhyzer lines. Beginners may struggle due to insufficient throw speed for turn, leaving the disc feeling overstable. Experienced throwers appreciate its predictability on hyzer-flip lines and the combination of distance and fade reliability. As an alternative to pure distance bombers like the "Destroyer," it offers greater control with acceptable distance trade-offs.