The Avian X Nightmare On Stage goose call delivers authentic Canada goose vocalizations that bring flocks within range. This polycarbonate call produces the deep, resonant honks and murmurs that trigger aggressive responses from territorial birds during migration seasons.
What Makes This Different
Unlike traditional wooden calls that crack in wet conditions, the Nightmare On Stage features injection-molded polycarbonate construction that maintains consistent tone in all weather. The gun smoke finish reduces glare while the ergonomic barrel design allows precise breath control. Advanced reed configuration produces both aggressive honks and subtle feeding chuckles without requiring multiple calls.
Key Features
- Injection-molded polycarbonate body resists moisture and temperature changes
- Gun smoke finish eliminates reflective glare in field conditions
- Dual-reed system produces full range of Canada goose vocalizations
- Ergonomic 6.5-inch barrel length optimizes breath control and volume
- Lanyard-ready design with integrated attachment point
- Easy-tune reeds adjust for seasonal pitch variations
- Compact profile fits standard call lanyards and hunting vests
Field testing demonstrates effective range exceeding 400 yards in open marsh conditions. The call excels during early season when geese respond aggressively to territorial challenges, while subtle feeding notes work effectively on pressured birds in late season. Polycarbonate construction eliminates the warping and cracking common with wooden calls exposed to rain and temperature swings.
Technical Specs
- Overall length: 6.5 inches
- Material: High-impact polycarbonate
- Finish: Gun smoke gray
- Reed configuration: Dual-reed system
- Weight: 3.2 ounces
- Lanyard attachment: Integrated loop design
- Operating temperature: -20°F to 120°F
- Manufacturer: Avian X
The Nightmare On Stage combines proven reed technology with weather-resistant construction that performs consistently across hunting seasons. Professional guides and tournament callers choose this model for its reliability when conditions matter most.