Merx #0000320891

Mowing Services for Provincial Highways and Roads in Brandon and Carberry Areas, Manitoba

Manitoba Transportation and Infrastructure is seeking bids for mowing services along grade slopes and ditches on Provincial Trunk Highways and Provincial Roads in the Brandon and Carberry areas of Manitoba, Canada. - Government Buyer: - Manitoba Transportation and Infrastructure, Highway Regional Operations/Western Region - Office: 1525 1st Street North, Brandon, MB R7C 1B5 - Services Requested: - Mowing of approximately 1,509.7 hectares of grade slopes and ditches - Work divided into two phases, with specific start and completion requirements - Equipment must include tractors with a minimum PTO rating of 52kw and flail or rotary mowers - Safety requirements: roll-over protective structures, seat belts, warning lights - Mowing must meet specified width and height standards, including trimming around obstacles and approaches - Unique/Notable Requirements: - No specific OEMs or part numbers required; equipment must meet published manufacturer specifications - Bidders must submit Non-Bonded Contractor and Certification forms electronically - Performance deposit required; liquidated damages apply for late completion - Place of Performance: - Various Provincial Trunk Highways and Provincial Roads in the Brandon and Carberry areas - Contract administration and pre-construction meetings at the Manitoba Transportation and Infrastructure office in Brandon

Description

This solicitation is for a mowing contract involving the mowing of grade slopes and ditches along various Provincial Trunk Highways (PTH) and Provincial Roads (PR) in the Brandon and Carberry areas of Manitoba, Canada. The work is scheduled for delivery by June 2, 2026, and includes two phases with specific commencement and completion dates. Bids must be submitted electronically by May 19, 2026, and require submission of complete Non Bonded Contractor Form and Contractors Signature Form. The contract includes detailed specifications on equipment, mowing methods, and performance requirements.

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