Delivery Route Optimization Software | Grasshopper Labs
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Transportation module

Delivery route optimization software

Build every route around service types, delivery windows, and live road conditions.

Unassigned orders 5 orders
OrderDestinationService
#4192Boulder, COWhite glove
#4193Niwot, CORoom of choice
#4194Longmont, COThreshold
#4195Broomfield, COWhite glove
#4196Louisville, COThreshold
Warehouse Boulder Niwot Longmont Broomfield Louisville
Route optimized
Stops
5
Time
4h 10m
Miles
38.4

What it does

Six ways routes get smarter

Grasshopper Labs delivery route optimization software works from one live order record. Every routing decision uses the same up to date information.

Practical stop order

Stop order accounts for service time, site access, and crew needs, so the plan matches how long each delivery takes.

Time window handling

Appointment windows, business hours, and residential preferences act as constraints in the calculation itself.

Service type awareness

A threshold drop, a room of choice delivery, and a white glove install each carry their own service time.

Live re-optimization

When traffic turns or a stop runs long, the sequence recalculates and the driver app updates automatically.

Batch route building

A full day of orders becomes a full day of routes in one pass, grouped by zone and by TMS account rules.

Learning from history

Service times, dwell, and traffic patterns from past runs feed the next plan, so estimates keep getting closer.

How a route gets built

From open orders to a truck that leaves loaded

Four stages, start to finish.

01

Orders arrive with their details attached

Each order carries its delivery ZIP, service type, and any booked appointment. Orders arrive through the API, an integration, or a batch import, with no re-entry.

02

The route optimization engine builds the day

Batch routing groups stops by zone and sequences each run for the shortest practical path. For network-wide capacity planning, OrchesTruck works alongside it.

03

Routes arrive ready to review

Move a stop, split a run, or lock a sequence, and the rest of the plan recalculates around that change on its own.

04

The day adapts as it runs

A late start or a road closure triggers a fresh sequence for the stops that remain. Drivers see the update and customers get a revised window through delivery tracking automatically.

Where it earns its keep

Delivery route optimization software built for heavy freight

A room of choice delivery, an appliance install, and a curbside drop each take a different amount of time at the door. Route optimization accounts for what every stop genuinely requires, so the plan holds up all day.

  • Install and haul-away counted as service time, not travel time
  • Two-person crew requirements built into the assignment
  • Appointment windows treated as a hard constraint in the sequence
Solved togetherSequence · timing · service type
Re-optimization triggerAny status change
Service types supportedCurbside to white glove
Route build methodBatch or single
Team connectivityiOS and Android app
SetupAccount settings, no code

Common questions

Route optimization, answered plainly

What is route optimization software?
Route optimization software decides the order and grouping of delivery stops so a fleet covers them in the fewest miles and hours. Stronger platforms also account for delivery windows, service type, and live road conditions rather than distance alone.
What makes our route optimization dynamic?
Dynamic route optimization keeps recalculating as the day changes. A traffic delay or a stop that runs long reshapes the sequence for the remaining deliveries, so the plan stays accurate from the first stop to the last.
Does route optimization work for big and bulky deliveries?
Yes. Grasshopper Labs routes against service type, crew requirements, and real service time, so a two-person white glove install is scheduled differently from a threshold drop and the route reflects how long each delivery actually takes.
How long does implementation take?
Most carriers are running live routes within weeks, not quarters. Zones, service levels, truck profiles, and driver rules are account settings rather than custom development, so a new operation can be configured and tested without a build cycle.
Can a dispatcher change an optimized route?
Yes. A stop can be moved, a run can be split, and a sequence can be locked at any point. The rest of the plan recalculates around that change, so a manual adjustment does not undo the optimization on the stops that follow.

See Grasshopper in action.

See how routes get built, dispatched, and adjusted in a live session.

From the blog

Eyes on the road

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