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Architectural BIM Services for Townhomes - Van Metre Homes

Location Stephenson, Virginia, USA

Year 2026

Key Project Details
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Project Area:960 Sqft

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Key Project Details
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Project Area:960 Sqft

Architect:Virginia Residential Construction, LLC

Engineer:Alliance Structural Engineers

Contractor(S):Virginia Residential Construction, LLC

Owner:Van Metre Homes

Trades Covered:Architecture

LOD:350

Software:AutoCAD Architecture, Revit 2026, ACC, Bluebeam, Twinmotion, Adobe Acrobat, SketchUp

Verticals:  Structural Engineering, Concrete Contractors, Electric Contractors, General Contractors, Mechanical & Plumbing Contractors, Rebar / Reinforcement Contractors

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USA, Architectural Project for Townhomes, Van Metre Homes
USA, Architectural BIM services, Van Metre Homes
USA, Architectural BIM project, Van Metre Homes by Pinnacle

Van Metre Homes is advancing the future of residential construction through innovative factory-framed townhomes and single-family homes, including the Teagan townhomes at Snowden Bridge in Stephenson, VA. Built using precision-crafted factory components and assembled on site in a shortened timeframe, these homes combine efficiency, sustainability, and modern design.

Located minutes from Winchester and set within the scenic Shenandoah Valley, Snowden Bridge offers thoughtfully designed townhomes with open-concept layouts, smart technology, energy-efficient features, and access to community amenities.

Pinnacle supported Van Metre by providing end-to-end architectural BIM services, including DD, CD, permit and addendum sets, and marketing deliverables—helping ensure seamless execution from design through onsite construction.

Architectural BIM Services Project Overview

  • • Start Date: October, 2025
  • • End Date: April, 2026
  • • Project Area (Per Home): 960 Sqft
  • • Owner: Van Metre Homes
  • • Architect: Virginia Residential Construction, LLC
  • • General Contractor: Virginia Residential Construction, LLC
  • • Total Project Area: 178,354 sq ft
  • • Structural Engineer: Alliance Structural Engineers
  • • Trades Covered: Architecture
  • • LOD: 350
  • • Software Used: AutoCAD Architecture, Revit 2026, ACC, Bluebeam, Twinmotion, Adobe Acrobat, SketchUp
  • • Input Data Format: PDF, DWG, SketchUp
  • • Output Data Format: RVT, PDF

Significant Aspects of the Architectural BIM Project

  • • Conversion of inputs into Revit model
  • • DD Set & Permit Set
  • • Redline markups via Bluebeam, Addendum Set along with Narrative
  • • CD Set
  • • Marketing Brochures
  • • Post-Driven Chain Link Fence (No Windscreen)

Scope of Work of the Architectural BIM Services Project

  • • Conversion of CAD drawings into a BIM (Revit) model
  • • Development of the architectural BIM model based on approved CAD backgrounds
  • • Creation of a complete architectural drawing set derived from the BIM model
  • • Preparation of the Permit Set drawings for factory-framed construction BIM
  • • Preparation of Addendum drawings reflecting required revisions
  • • Revit family standardization
  • • Development of Redline / Revision sets based on county review comments and markups
  • • Coordination and updates to all drawings to maintain consistency across all sheets
Key Project Details

Project Area:960 Sqft

Architect:Virginia Residential Construction, LLC

Engineer:Alliance Structural Engineers

Contractor(s):Virginia Residential Construction, LLC

Owner:Van Metre Homes

LOD:350

Trades Covered:Architecture

Software:AutoCAD Architecture, Revit 2026, ACC, Bluebeam, Twinmotion, Adobe Acrobat, SketchUp

Verticals:  Structural Engineering, Concrete Contractors, Electric Contractors, General Contractors, Mechanical & Plumbing Contractors, Rebar / Reinforcement Contractors

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Challenges & Solutions:

1. Discrepancies in Client-Provided AutoCAD Inputs

Challenge: Inconsistencies between plans and elevations in the AutoCAD files received from the client caused delays in directly executing the work in Revit.

Solution: Conducted detailed cross-checks and clarifications before modeling, ensuring corrected and aligned inputs were used for accurate Revit model development.

2. Lack of Established Revit Standards

Challenge: Absence of standardized Revit practices from the client side led to multiple family revisions and repeated family creation.

Solution: Refined and standardized Revit families during the modeling process, helping establish consistent Revit standards to support smoother execution and future scalability.

3. Multi-Consultant Coordination for Factory-Based Structural Frame Development

Challenge: Coordinating simultaneously with multiple consultants was complex, particularly due to the structural frame being developed in a factory environment.

Solution: Streamlined coordination through structured workflows and clear communication for the architectural project for Townhomes, enabling timely alignment across disciplines and minimizing impact on delivery schedules.

Pinnacle's Value Addition:

Improved Multidisciplinary Coordination

Added value by leveraging Bluebeam with structured color coding to streamline coordination with consultants, improving clarity, reducing turnaround time, and maintaining smooth project workflows.

Establishing Revit Standards and Future-Ready Model

Enhanced project outcomes by refining AutoCAD inputs during conversion to Revit and standardizing Revit families, helping establish consistent architectural modeling standards that support efficient execution and scalability in future projects.

Proactive Design Review and Risk Mitigation

Contributed to project success by identifying conceptual design gaps or inconsistencies early and coordinating with multiple stakeholders including architects and engineers, to resolve them, minimizing rework, reducing risk, and improving overall design quality.

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