SPD HD13 Drill Mast

The SPD HD13 Drill Mast is a versatile excavator-mounted drilling attachment engineered for demanding foundation and geotechnical applications. Featuring a 13-meter mast stroke and compatibility with a wide range of rotary heads, the HD13 is designed to support a broad range of drilling methods, including CFA predrilling, augercast piling, micropiles, DTH drilling, soil nailing, anchors, casing installation, and more. Its robust steel mast, high feed force, and precision guidance system provide excellent drilling accuracy and reliable performance in challenging ground conditions. Designed for quick installation on excavator carriers, the HD13 delivers the flexibility contractors need while reducing mobilization costs and maximizing jobsite productivity.

Data Sheets

Advantages

  • Flexible platform designed to support a wide range of drilling applications, including CFA predrilling, augercast piling, micropiles, DTH drilling, anchors, soil nails, and casing installation.
  • Versatile platform capable of both rotary drilling and vibratory pile driving, expanding the range of foundation applications with a single carrier.
  • Easily mounts to excavator carriers, reducing mobilization costs and increasing jobsite flexibility.
  • Compatible with a variety of vibratory hammers for installing and extracting sheet piles, H-beams, pipes, and casings.
  • Compatible with multiple rotary head configurations to suit various drilling methods.
  • Optional hydraulic service winch available for increased efficiency during tooling changes and material handling.
  • Available with radio remote controls or full excavator control integration to match operator preference and machine configuration.
  • High feed force and rigid mast design provide accurate, consistent drilling performance.
  • Capable of drilling diameters up to Ø650 mm for diverse project requirements.
  • Durable, heavy-duty construction designed for demanding jobsite conditions.
  • Improves productivity with quick setup, efficient operation, and simplified transportation.