Dakota Yote Squeeze Squaller. Produces predator attrackting "squalls". Brings'em up close. New inovative bulb design includes sound chamber for more volume & diferent tones. Calls coyotes, fox, bobcats in farmland, prairies & timberland areas. Will not freeze.
Dakota Yote Squeeze Squaller FAQ
The Dakota Yote Squeeze Squaller is designed to call coyotes, foxes, and bobcats. It produces predator-attracting squalls that help bring predators in close, making it a useful coaxer when animals are nearby or need extra encouragement to commit. The Squeeze Squaller is suited for farmland, prairie, and timberland areas where hunters need realistic close-range sound from a compact predator call.
No. The Dakota Yote Squeeze Squaller is designed as a squeeze-style predator coaxer, so it does not require the same practice as an open reed mouth call. Its bulb design lets hunters create predator-attracting squalls by squeezing the call, making it easy for beginners to use while still giving experienced hunters a practical close-range sound option.
Use the Squeeze Squaller when you want to bring predators in close during a stand. Its squall sounds are useful after coyotes, foxes, or bobcats have already responded and need a softer coaxing sound to keep moving toward the setup. It is also a good choice in farmland, prairies, and timberland areas where close-range control and varied tones can help finish a stand.
The Squeeze Squaller produces predator-attracting squalls with added volume and varied tones. Its new bulb design includes a sound chamber that helps create more sound variation than a basic squeeze call. These squalls are designed to coax predators closer and give hunters a compact, freeze-proof option for producing close-range predator sounds.
The Dakota Yote Squeeze Squaller stands out because of its innovative bulb design with an integrated sound chamber. This design provides more volume and different tones while remaining simple to operate. It is also freeze-proof, making it a dependable predator coaxer in cold conditions when standard calls may become less reliable.
