New Door Installation Is Labor-Intensive, Not Just Parts-Intensive
A new garage door installation is not simply hanging four panels and walking away. The old door and its hardware must first be safely removed, including releasing the existing spring tension, before the new system goes in. It then involves building a complete counterbalanced system from scratch inside your garage and calibrating it to fit the exact opening. Every part of the system must be installed in sequence and adjusted to work together, which is where the real time and skill come in.
This is why it requires professional installation. The work includes overhead lifting, anchoring into framing, and handling a counterbalance system under extreme tension—one that can cause serious injury if mishandled. Professional tools, training, and safety procedures are essential to complete the job correctly and efficiently.
What a Typical Door Really Is
For a typical 16 ft x 7 ft sectional garage door (excluding the opener and accessories), the system comprises approximately 220 to 260 parts. Homeowners are often surprised by this number because they only see the panels from the outside. However, the kit delivered to the site includes hundreds of pieces assembled on-site.
These parts include:
• Panels and reinforcement struts
• The full hinge and roller system
• Vertical and horizontal tracks with brackets and splices
• The torsion spring counterbalance system (springs, drums, cables, bearings, and bearing plates)
• Sealing systems for the top, bottom, and perimeter
• 120 to 150 fasteners
None of these parts work independently. Each component affects the alignment, balance, and movement of the entire system. If one part is out of specification or misaligned, the door may bind, drag, or wear prematurely.
What Makes the Job Labor-Intensive
The labor lies in assembling, anchoring, and calibrating the entire system correctly and efficiently. It's not just about carrying materials—it's about constructing a large, perfectly balanced moving wall in an opening that is rarely perfectly square.
Key steps include:
• Building and anchoring the track system plumb and square to the opening, as everything else depends on it.
• Assembling the door section by section inside the tracks, ensuring each section is fitted with hinges, struts, and rollers while maintaining alignment.
• Installing and tensioning the counterbalance system, including springs, to precisely offset the door's weight (often over 150 pounds). This is the most specialized and high-risk phase, requiring professional training and tools.
Finally, the entire system must be tested for balance, cable tension, and smooth, quiet operation from floor to fully open. The door must not drop, drift, or rub anywhere in its cycle and must remain stationary when released halfway.
The panels are visible, but they are only one part of a much larger system that must be built and calibrated on-site. This complete build demands professional tools, skill, and labor.
Latson & Sons Garage Door Service vs. 2026 DFW & National Pricing Benchmarks
This is why it requires professional installation. The work includes overhead lifting, anchoring into framing, and handling a counterbalance system under extreme tension—one that can cause serious injury if mishandled. Professional tools, training, and safety procedures are essential to complete the job correctly and efficiently.
What a Typical Door Really Is
For a typical 16 ft x 7 ft sectional garage door (excluding the opener and accessories), the system comprises approximately 220 to 260 parts. Homeowners are often surprised by this number because they only see the panels from the outside. However, the kit delivered to the site includes hundreds of pieces assembled on-site.
These parts include:
• Panels and reinforcement struts
• The full hinge and roller system
• Vertical and horizontal tracks with brackets and splices
• The torsion spring counterbalance system (springs, drums, cables, bearings, and bearing plates)
• Sealing systems for the top, bottom, and perimeter
• 120 to 150 fasteners
None of these parts work independently. Each component affects the alignment, balance, and movement of the entire system. If one part is out of specification or misaligned, the door may bind, drag, or wear prematurely.
What Makes the Job Labor-Intensive
The labor lies in assembling, anchoring, and calibrating the entire system correctly and efficiently. It's not just about carrying materials—it's about constructing a large, perfectly balanced moving wall in an opening that is rarely perfectly square.
Key steps include:
• Building and anchoring the track system plumb and square to the opening, as everything else depends on it.
• Assembling the door section by section inside the tracks, ensuring each section is fitted with hinges, struts, and rollers while maintaining alignment.
• Installing and tensioning the counterbalance system, including springs, to precisely offset the door's weight (often over 150 pounds). This is the most specialized and high-risk phase, requiring professional training and tools.
Finally, the entire system must be tested for balance, cable tension, and smooth, quiet operation from floor to fully open. The door must not drop, drift, or rub anywhere in its cycle and must remain stationary when released halfway.
The panels are visible, but they are only one part of a much larger system that must be built and calibrated on-site. This complete build demands professional tools, skill, and labor.
Latson & Sons Garage Door Service vs. 2026 DFW & National Pricing Benchmarks