2015 - 2019 CASE 821F WHEEL LOADER

CASE 821F 2015 - 2019 CASE 821F WHEEL LOADER equipment image

Equipment Overview

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OEM
CASE
Model
821F
Year of Manufacture
2015-2019
Category
WHEEL LOADERS

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Technical Description

The CASE 821F is a mid-size wheel loader engineered for versatile material handling and loading applications. Powered by a turbocharged FPT F4HFE613 six-cylinder engine, it delivers 231 hp gross and 205 hp net at 2000 rpm, with peak torque of 873.3 lb-ft at 1300 rpm and a 47% torque rise for responsive performance. The machine features a 4-speed powershift transmission with forward speeds up to 22.7 mph and reverse speeds to 15.2 mph, paired with wet multi-disc hydraulic brakes for reliable stopping power. The bucket system boasts a 4.1 cubic yard heaped capacity with a 35,317.5 lb breakout force and 9.9-second total cycle time, including 6.2-second raise and 1.2-second dump times. Dimensionally, it measures 25.8 feet long with bucket on ground, 11.4 feet high to cab top, and 9.5 feet wide, with a 1.4-foot ground clearance and 19.8-foot turning radius. The 38,874 lb operating weight provides stability during loading operations. The hydraulic system operates at 3625 psi with 31.8 gal/min pump capacity from an axial piston pump. Additional features include a 24V electrical system with 120A alternator, 76.1-gallon fuel capacity, 47-gallon hydraulic fluid capacity, and Tier 4 emissions compliance. The machine excels in construction, landscaping, and aggregate industries with enhanced fuel economy and cycle efficiency.

Technical Attributes

Static Tipping Weight
27,224.90
Engine Power
205 HP
Max Dump Height
9.80 ft
Max Breakout Force
35318 lb-ft
Max Bucket Capacity
4.10 yd³
Max Speed
22.70 mph
Tire Size
23.5 x 25 L3

Data Accuracy and Verification

Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.

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