Attachments
SKU: BCS-RTT-30

BCS Rear-Tine 30" Tiller Attachment

By BCS Tractors
$1,299.00 USD
Model

Pickup available at 195 Osceola Mill Road

Usually ready in 2-4 days
Description

The BCS Rear-Tine Tiller is a professional-grade soil preparation tool designed to build healthier soil with precision and control. Ideal for seedbed preparation, cultivation, and compost incorporation, this forward-rotating tiller delivers smooth operation without excessive downward pressure on the handlebars. Its balanced design, adjustable widths, and high tine speed make it equally effective for home gardeners and commercial growers who demand consistent, high-quality results season after season.
Specifications

Available Widths
18", 20", 26", 30"

Adjustable Widths
26" narrows to 20"
30" narrows to 26"

Tine Rotation Speed
Approximately 20 rotations per wheel revolution
10:1 rotation ratio available in second gear

Tilling Depth
Four settings, up to 8 inches maximum

Safety Features
PTO lockout prevents tine rotation in reverse

Construction
Forward-rotating tines with replaceable blades

Compatibility Notes
33" Heavy-Duty Tiller available for Model 750 only
View details

Adjustable Working Widths
Available in 18", 20", 26", and 30" widths, with select models narrowing to smaller sizes for flexible row spacing and cultivation needs.

High-Speed Forward-Rotating Tines
Tines rotate 50% faster than many competitive brands, operating at approximately 20 rotations per wheel revolution for efficient soil breakup.

Center Planar Wedge Design
A built-in planar wedge breaks up the center soil, eliminating un-tilled strips and ensuring uniform cultivation across the full width.

Safe Reverse Operation
An integrated PTO-lockout system automatically prevents tine rotation when the tractor is shifted into reverse.

Adjustable Tilling Depth
Four depth settings allow precise control, with a maximum tilling depth of up to 8 inches.

Heavy-Duty, Serviceable Construction
Replaceable tines and optional heavy-duty configurations provide long service life and adaptability for demanding conditions.