Case IH AF11 Combine: 775 HP Dual Rotor Harvester in Action

Introducing the Case IH AF11 Combine

• 🚀 The Case IH AF11 combine, featuring dual rotors and 775 horsepower, was introduced in February 2024.
• 📍 Manufactured in Grand Island, Nebraska, it shares its large horsepower and grain tank size with the single-rotor AF10 model.

AF11 Specifications and Features

• ⚙️ Powered by a 15.9 L Case IH FPT C16 engine, the AF11 boasts 775 horsepower and includes substantial fuel and DEF tanks.
• 💡 Its advanced lighting package illuminates the field and combine sides, aiding in unloading on the go.
• 🌾 Threshing is handled by two 24-inch diameter rotors, with a total cleaning capacity of 13,578 square inches.
• 🌽 The combine is equipped with a 567 bushel grain tank and a 37 ft 8 in unloading auger capable of 6 bushels per second.
• ⚖️ With a base list price of $1,266,128 for model year 2025, the AF11 is a significant investment.

Farmer's Perspective: Consolidation and Efficiency

• 🚜 Farmer Clayton purchased the AF11 to consolidate from three combines to two, significantly improving labor efficiency by freeing up operators.
• 📈 The AF11, paired with a 50-foot FD250 draper head, is capable of harvesting around 200-250 acres per day, depending on field size and conditions.
• ✅ Grain quality in soybeans and popcorn has been exceptionally high, with the operator noting it's some of the cleanest soybean sample they've ever harvested.

Operator's Experience: Performance and Comfort

• 🌟 Operator David describes the AF11's capacity as "unreal" for both corn and beans, maintaining a clean sample.
• 💨 He notes a significant productivity increase of 30-40% compared to his previous machine, attributing it to the dual rotor and larger head.
• 🛣️ The combine's tracks provide a smooth ride, making it a preferred machine over dual wheels.
• ⏱️ On average, David covers 160-180 acres per day, with potential for 200 acres on big days, operating at speeds between 4.8 to 5.5 mph.
• 📸 Features like cameras and an adjustable unloading boot enhance the operator's ability to unload on the go efficiently and accurately.