Allen MP215 36" Ride-On Trowel - High-Performance Concrete Finishing Tool

Features

Equipped with high-horsepower gasoline engines.
Heavy-duty drivetrains.
Packed in easy -to- service frames.
Standard-Duty Gearboxes and four-bladed rotors are proven performers in the field.
Loaded with features found on larger riders.
Honda air-cooled gasoline engine.
Used for slab on grade, paving, and other projects.

Allen MP215 36" Ride-On Trowel Specifications

Specification	Details
Engine	Honda GX690 / 688 cc
Horsepower Class	22.1 hp
Fuel Type	Air-cooled gasoline
Panning Path Width	74"
Rotor Diameter	36"
Maximum Rotor Speed	165 rpm
Steering Control System	Manual
Fuel Capacity	6 gal
Retardant Capacity	6 gal
Weight	735 lbs
Dimensions (L x W x H)	78" x 41" x 53"

Compare

Ride-on Trowels Comparison Chart:

Model	ALLEN MP215 36"	ALLEN MP315 48"	WHITEMAN LD6SL 36" HYDROSTATIC	HUSQVARNA CRT48-33K-DF 48"	WHITEMAN HHNG5 48"	HUSQVARNA CRT48 37V PS 48"	ALLEN HDX600T4 46"	HUSQVARNA CRT48-57K 48"	WHITEMAN STX6H 60"	WHITEMAN HTX6H 48" HYDROSTATIC	HUSQVARNA CRT60-74LX 60"
Engine	Honda GX690	Honda GX690	Vanguard V-Twin	Kubota WG972	Briggs & Stratton Vanguard	Vanguard EFI-37HP	Hatz 3H50TIC	Kubota WG1605	Hatz 4H50TIC	Hatz 4H50TIC	Kohler KDI2504TCR
Power (hp)	22.1	22.1	23	31	35	37	50	57	70	70	74
Fuel Type	Gas	Gas	Gas	Gas/LPG	Gas	Gas	Diesel	Gas	Diesel	Diesel	Diesel
Panning Path Width	74"	95"	75"	95"	92"	95"	100"	95"	117"	117"	120"
Rotor Diameter	36"	48"	36"	48"	48"	48"	46"	48"	60"	48"	60"
Max Rotor Speed (rpm)	165	145	0-140	165	0-180	165	160	150	10-130	10-160	132
Blades per Rotor	4	4	4	10	5	10	6	10	6	6	12
Steering System	Manual	Manual	Proportional Hydraulic	Manual	Manual	Power Steering	Power	Manual	Hydraulic	Proportional Hydraulic	Hydraulic Joystick
Special Features	Heavy-duty Drivetrain	Manual Pitch Control, LED Lights, Central Grease Ports	Fully hydrostatic, non-overlapping twin rotors, electro-proportional servo-controlled hydraulics	Dual Fuel, High Blade Speeds, Ergonomic Controls	LED Lighting, TwinPitch Control, Steering Assist	Customizable Control Modes, High Blade Speeds	High Torque, Large Fuel Capacity, Digital Diagnostics	High Blade Speeds, Optimal Maneuverability	Engine Power Management, SmartPitch Control, Multifunction Display	High-torque diesel engine, six-blade spider assemblies, SmartPitch™ control	Large Display, Increased Visibility, High Torque
Best Used For	Ideal for smaller projects and tighter spaces due to its smaller rotor diameter and excellent maneuverability.	Best used for large outdoor areas where manual controls and precise operation are crucial.	Optimized for compact areas with its hydrostatic system allowing for superior control and flexibility in crowded or intricate spaces.	Perfect for varied job site conditions with its dual fuel capability, allowing for indoor and outdoor use without fuel limitations.	Especially suited for commercial concrete jobs requiring precise control and long run times with its advanced twin-pitch system and heavy-duty design.	Excellent for very large surface areas requiring high maneuverability and customizable control settings to match specific site conditions.	Best for high-volume flatwork where extensive run times and high torque are necessary, along with digital diagnostics for precise control.	Designed for large surface areas, offering high horsepower and blade speeds for fast and efficient finishing.	Suitable for extensive, large-scale commercial projects needing advanced engine power management and extended operation times.	Designed for high productivity and performance in large commercial and industrial concrete projects.	Ideal for very large projects such as commercial floors or warehouses, where its wide troweling diameter and high torque ensure efficiency and high-quality finishes.

Reviews

Product Questions

Customer Questions

What type of oil is recommended for the Honda GX690 engine?

For the Honda GX690 engine, it's recommended to use 10W-30 oil, which ensures optimal engine performance and longevity. Regular oil changes, according to the manufacturer's guidelines, help maintain engine efficiency and prevent mechanical issues.