Routing · Residential

Residential Routing

Turn stop lists, day codes, and territory boundaries into a practical residential reroute your crews can adopt.

Territory rebalance 3 routes · illustrative
  • Route A
  • Route B
  • Route C
Stops / route (spread)
212–318→ 260–271
Boundary crossings
41→ 4
Route-hrs variance
2.6h→ 0.4h

What we work with

Artifacts that make the problem visible.

  • Service-day maps

    day codes and territory boundaries made visible

  • Density models

    stop clustering vs drive-time waste

  • MPS / StPR baselines

    route health you can track

  • Cutover scenarios

    phased change plans before go-live

Problem · approach · outcome

From operating constraint to workable route plan.

Municipalities and private haulers balancing fixed service days, neighborhood growth, and recurring curbside collection workloads.

Problem

What is getting in the way

Residential service-day maps often preserve old boundaries while neighborhood growth shifts stop density and crew workload, driving up miles per stop and overtime.

Approach

How we model it

We map stop lists and day codes, baseline miles per stop and stops per route, then model rebalanced territories and a phased cutover around service-day commitments.

Outcome

What your operation gets

Balanced collection days, tighter territory density, trackable route-health baselines, and room to absorb residential growth without automatically adding trucks.

Territory density · illustrative

Territory rebalance 3 routes · illustrative
  • Route A
  • Route B
  • Route C
Stops / route (spread)
212–318→ 260–271
Boundary crossings
41→ 4
Route-hrs variance
2.6h→ 0.4h

Residential reality

Collection days have to work as territories.

A balanced route respects the commitments crews inherit while making room for the neighborhoods still adding stops.

Typical residential constraints

  • service days
  • territory balance
  • crew workload
  • growth without new trucks

Implementation handoff

What changes on day one

01

Rebalanced day map

02

MPS/StPR baseline

03

Phased cutover plan

Before we model

Questions we ask first

  1. 01

    Are stop lists complete and geocoded?

  2. 02

    Which day codes are fixed or flexible?

  3. 03

    Where are current service boundaries?

  4. 04

    Which neighborhoods are adding stops fastest?

Related Industries

See how this capability supports specific operating environments.

Related Routing Services

Explore other ways we can support this part of your operation.

Start with the baseline

Make the next service-day map operational

See where density, workload, and growth are out of balance—and leave with a phased plan for changing routes without disrupting collection.

Get a Route Efficiency Analysis