Project Detail
Explore the footprint.
Select a highlighted project to view address, type, sale date, and project details.
Work
R2HB works across new construction, rehabs, additions, rentals, repositioning, clustered residential work, and shore-market builds. Each project is shaped by site conditions, approvals, trades, inspections, and closeout discipline.
Our Work
Explore R2HB projects across South Jersey and shore markets.
Project Detail
Select a highlighted project to view address, type, sale date, and project details.
Showcase Projects
114 clickable pinsFeatured work
The examples span commercial-to-residential redevelopment, shore new construction, adaptive reuse, and a full-gut rehabilitation with an addition.
Cherry Hill
Commercial-to-Residential Redevelopment
Ventnor City, NJ 08406
Shore New Construction
Woodbury
Rezone + Fourplex Conversion
Shamong, NJ
Full-Gut Rehab + Addition
Built work categories
R2HB works across several project types, but the same practical constraints determine whether a property can be completed: plans, approvals, site conditions, utilities, trades, inspections, and closeout.
New construction
R2HB’s new-construction work ranges from individual homes to lot-split builds, clustered residential work, builder takeovers, and shore-market homes.
Selected examples
These examples range from active framing and clustered residential work to subdivision buildout, builder takeovers, and finished homes at the shore.
Major additions
Major additions and structural adaptations are not just added square footage. They require sequencing, utility coordination, inspections, structural decisions, and a clear path from existing conditions to finished residential use.
Project Examples
Woodbury, NJ
A rezone and adaptive reuse path with demolition, retained structure, second-story expansion, and four residential units.
Shamong, NJ
Full-gut rehab and addition work with large-scope execution beyond cosmetic renovation.
Sewell, NJ
Major-addition work that expanded the residential scope and required disciplined planning, structural coordination, and execution.
Clementon, NJ
Structural adaptation shaped by existing building conditions, residential use, and finished exterior delivery.
Collingswood, NJ
Residential adaptation where existing conditions, exterior completion, and structural coordination shaped the work.
Collingswood, NJ
Structural adaptation from existing-condition constraints toward finished residential use.
Repositioning / Adaptive Reuse
R2HB evaluates whether demolition, structural reuse, utilities, approvals, and construction sequencing can support a better residential use.
What started as a house with a large one-story garage became a four-unit residential asset. R2HB handled the repositioning path: rezoning the property, tearing down the existing house, retaining the garage structure, adding a second story, and converting the building into a fourplex.
Rezoning, demolition, structural reuse, vertical expansion, and four-unit conversion show how an existing property can move into a different residential outcome.
Northwood shows a former commercial and industrial property moved toward residential delivery through approvals, demolition, utilities, and new construction.
R2HB evaluates whether site conditions, use, utilities, structure, and the municipal process can support a better residential end state.
Commercial work
Former commercial and industrial properties often require more than renovation. R2HB evaluates demolition, utility service, approvals, access, frontage, parking, drainage, and construction before determining whether residential reuse is practical. Northwood is the clearest example: a former commercial and industrial site repositioned into four residential units.
Former commercial and industrial property repositioned through approvals, demolition, utility coordination, and new residential construction.
Northwood anchors this work type: a former commercial and industrial site repositioned into new residential units with approvals, demolition, utility coordination, and construction delivery.
Existing use, building shell, utility service, frontage, parking, and site conditions shape whether residential reuse is practical.
Work on former commercial and industrial properties often turns on what should be removed, what can be reused, and how scope affects the completed property.
Older commercial conditions can raise service questions before residential construction and final delivery become routine.
Service, curb, sidewalk, driveway, frontage, drainage, and neighboring-use conditions can change the route.
The order of approvals, demolition, utilities, site access, inspections, and construction delivery matters.
Lot splits / subdivision
Lot splits and minor subdivisions turn on the basics: layout, utilities, approvals, access, construction sequence, and finished-home delivery.
Lot split and two new-construction homes in Sicklerville.
Lot split into two new-construction homes in Lindenwold.
Builder takeover and minor-subdivision buildout carried through completion in Sewell.
Ashland, Kings Court, Northwood, Lincoln, Holland, and related projects show coordinated residential work across different markets and site conditions.
Land and site constraints
Complicated properties need a builder-led read before the plan gets too far from the field. R2HB looks at constraints early so site conditions, utilities, access, structure, approvals, and construction cost stay in the same conversation.
Projects where the value depends on understanding zoning posture, variance exposure, professional submissions, the municipal process, and what cannot be assumed.
Projects where framing, systems, utility service, inspections, trade sequencing, field decisions, and budget movement determine whether the plan finishes cleanly.
Properties where access, frontage, grading, drainage, water, sewer, septic, service, curb cuts, or neighboring context can change the practical route.
Properties where the existing use is not the end state and the work is to move constraints toward a buildable residential plan.
Operating model
R2HB stays close enough to the work to keep site conditions, plans, professional coordination, municipal process, construction, inspections, budget movement, and closeout connected.
The first read considers what has to happen from acquisition through delivery, not just what the property looks like before work starts.
Design work has to connect to the actual scope, site, code requirements, budget, inspections, and intended completed property.
Where the project calls for it, engineering, grading, utilities, drainage, structural review, and site constraints are treated as project drivers.
The path has to account for applications, comments, approvals, permits, inspections, and the reality that municipal process can change timing.
Execution depends on sequencing trades, vendors, materials, inspection windows, and field decisions without losing budget or finish-line control.
R2HB is strongest where the project reaches completion, not where a concept stops at a rendering, sketch, or spreadsheet.
The work is organized around completed project types: rehabs, additions, new construction, clustered residential work, rentals, package deals, and repositioning.
The work stays clear through project types, selected examples, and enough context to start the right conversation.
A full-gut rehabilitation, a shore new build, a small subdivision, and an adaptive reuse conversion all require different scope, approval, budget, and completion discipline.
The strongest signal is range, process, and decision-making when real estate depends on construction execution.
Next step
The right next step is a direct, project-specific review with the property condition, town, constraints, plans, approvals, timing, and intended outcome on the table.
Start with the property or project, scope, collateral, draw logic, open risks, and completion path, then keep active pipeline and private details in the right review setting.
Send the property type, town, condition, constraints, and any approvals or plans so the opportunity can be reviewed with construction reality in view.