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Sports RecreationTop 10 Best Swimming Pool Route Software of 2026
Discover the best swimming pool route software to streamline operations. Explore top 10 options, compare features, and choose the perfect tool.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Route4Me
Multi-stop route optimization that generates efficient driving sequences for field crews
Built for service companies managing many pool stops across regions with tight routing needs.
Onfleet
Proof-of-delivery capture tied to live route execution
Built for service teams dispatching routed pool visits with GPS tracking and proof logs.
Mapon
Map-first route planning that groups swimming pool stops by geography for quick dispatch
Built for pool service teams needing fast, map-driven route planning and mobile execution.
Comparison Table
This comparison table evaluates swimming pool route optimization and dispatch software used for multi-stop service scheduling, including Route4Me, Onfleet, Mapon, Circuit Route Optimizer, DispatchTrack, and other leading options. Each row highlights how tools handle route planning, real-time tracking, driver workflows, and team coordination so readers can match software capabilities to day-to-day field operations.
| # | Tool | Category | Overall | Features | Ease of Use | Value |
|---|---|---|---|---|---|---|
| 1 | Route4Me Plans and optimizes multi-stop delivery and service routes with live tracking, dispatcher workflows, and delivery status updates. | fleet routing | 8.6/10 | 9.0/10 | 8.3/10 | 8.4/10 |
| 2 | Onfleet Combines route planning and last-mile delivery execution with mobile delivery apps and real-time visibility for scheduled stops. | last-mile execution | 8.2/10 | 8.6/10 | 7.8/10 | 8.1/10 |
| 3 | Mapon Automates route planning and dispatch for sales and field service with optimized stops, mobile navigation, and customer status tracking. | field service routing | 8.1/10 | 8.3/10 | 7.9/10 | 8.0/10 |
| 4 | Circuit Route Optimizer Optimizes multi-vehicle, multi-stop routes and provides routing controls for logistics operations with integration-ready scheduling. | multi-vehicle routing | 7.6/10 | 8.1/10 | 7.5/10 | 7.1/10 |
| 5 | DispatchTrack Manages field service dispatch with optimized routing, service scheduling, and job status updates for mobile technicians. | field dispatch | 8.0/10 | 8.1/10 | 7.5/10 | 8.3/10 |
| 6 | Workiz Runs field service scheduling and dispatch workflows that include route planning for service appointments and technician assignments. | field service management | 7.2/10 | 7.2/10 | 7.6/10 | 6.9/10 |
| 7 | Jobber Supports service businesses with job scheduling and maps that help dispatch technicians to customer locations efficiently. | scheduling and dispatch | 8.0/10 | 8.3/10 | 7.9/10 | 7.8/10 |
| 8 | Kickserv Provides route planning and field service dispatch features for assigning crews to scheduled jobs and tracking completion. | crew dispatch | 7.6/10 | 8.0/10 | 7.3/10 | 7.4/10 |
| 9 | FieldPulse Schedules field work and supports routing and dispatch planning for on-site service execution and technician itineraries. | field scheduling | 7.3/10 | 7.4/10 | 7.0/10 | 7.5/10 |
| 10 | SmartyRoute Creates optimized route sequences for fleets by planning stop order and logistics workflows for service execution. | route optimization | 7.1/10 | 7.4/10 | 6.9/10 | 7.0/10 |
Plans and optimizes multi-stop delivery and service routes with live tracking, dispatcher workflows, and delivery status updates.
Combines route planning and last-mile delivery execution with mobile delivery apps and real-time visibility for scheduled stops.
Automates route planning and dispatch for sales and field service with optimized stops, mobile navigation, and customer status tracking.
Optimizes multi-vehicle, multi-stop routes and provides routing controls for logistics operations with integration-ready scheduling.
Manages field service dispatch with optimized routing, service scheduling, and job status updates for mobile technicians.
Runs field service scheduling and dispatch workflows that include route planning for service appointments and technician assignments.
Supports service businesses with job scheduling and maps that help dispatch technicians to customer locations efficiently.
Provides route planning and field service dispatch features for assigning crews to scheduled jobs and tracking completion.
Schedules field work and supports routing and dispatch planning for on-site service execution and technician itineraries.
Creates optimized route sequences for fleets by planning stop order and logistics workflows for service execution.
Route4Me
fleet routingPlans and optimizes multi-stop delivery and service routes with live tracking, dispatcher workflows, and delivery status updates.
Multi-stop route optimization that generates efficient driving sequences for field crews
Route4Me stands out for turn-by-turn route planning that optimizes stops across large service areas, which fits swimming pool route logistics. Core capabilities include multi-stop optimization, real-time routing updates, and support for field scheduling workflows that reduce drive time between pool visits. The system also provides map-based visibility of stops and route status, helping dispatchers and drivers align on daily itineraries.
Pros
- Multi-stop route optimization reduces travel between pool service addresses
- Map-based route visualization speeds dispatcher planning and revisions
- Supports operational workflows for recurring stops across service schedules
- Route updates help crews adapt to changes during the day
Cons
- Setup can feel heavier when entering large address lists
- Advanced scheduling workflows take time to configure correctly
- Route results can require manual review for edge-case constraints
Best For
Service companies managing many pool stops across regions with tight routing needs
Onfleet
last-mile executionCombines route planning and last-mile delivery execution with mobile delivery apps and real-time visibility for scheduled stops.
Proof-of-delivery capture tied to live route execution
Onfleet stands out for real-time delivery and field-operations dispatch built around live driver tracking and step-by-step mobile execution. It supports routing and route optimization plus proof-of-delivery workflows that fit service visits like pool openings, cleanings, and inspections. Teams can manage customer and job status in one place, then push updates through mobile check-in and delivery events. The strongest fit appears for service businesses that need route visibility, scheduling discipline, and operational audit trails.
Pros
- Live driver tracking gives dispatchers fast visibility into route progress.
- Proof-of-delivery workflows support documented pool service completion.
- Automated routing and sequencing reduce manual scheduling and map work.
- Job statuses sync through mobile check-in and completion events.
Cons
- Setup for custom job fields and workflows takes careful configuration.
- Complex scheduling rules can require process changes to match the model.
- Pool-specific steps often need workarounds in notes or checklists.
Best For
Service teams dispatching routed pool visits with GPS tracking and proof logs
Mapon
field service routingAutomates route planning and dispatch for sales and field service with optimized stops, mobile navigation, and customer status tracking.
Map-first route planning that groups swimming pool stops by geography for quick dispatch
Mapon centers swimming pool routing around a map-first workflow that helps organize visits by geography rather than spreadsheets. It supports route planning with stop sequencing and turn-by-turn navigation suitable for recurring pool maintenance routes. Route execution can be handled from mobile so field schedules can stay aligned with the planned order. Visual map output makes it easier to review coverage gaps and adjust routes during the day.
Pros
- Map-based routing that quickly visualizes coverage across many pool locations
- Mobile-friendly route execution for field teams following the planned stop order
- Route adjustments are faster than spreadsheet-driven dispatch workflows
Cons
- Advanced optimization controls are limited for highly constrained scheduling rules
- Complex multi-day planning can require extra manual setup to stay consistent
- Large stop lists may slow reviewing and route editing in the interface
Best For
Pool service teams needing fast, map-driven route planning and mobile execution
Circuit Route Optimizer
multi-vehicle routingOptimizes multi-vehicle, multi-stop routes and provides routing controls for logistics operations with integration-ready scheduling.
Constraint-aware vehicle routing that optimizes stop order and time windows
Circuit Route Optimizer focuses on vehicle routing optimization with route planning outputs aimed at field teams, including swimming pool service scheduling and delivery runs. It supports importing addresses and defining constraints so dispatchers can generate more efficient stop sequences for daily routes. It also emphasizes actionable planning through clear route results that can be used to coordinate drivers and technicians on time windows and service sequencing. For pool companies, it is most useful when routes are address-based and constraints like time windows and service order matter.
Pros
- Produces optimized stop sequences for multi-stop pool service routes
- Handles route constraints like time windows and stop ordering requirements
- Generates dispatch-ready route results that reduce manual planning effort
Cons
- Route accuracy depends heavily on clean, correctly formatted address inputs
- Setup of constraints can be slower for teams with complex service rules
- Limited support for pool-specific workflow beyond address-based routing
Best For
Pool service teams optimizing multi-stop routes with time windows
DispatchTrack
field dispatchManages field service dispatch with optimized routing, service scheduling, and job status updates for mobile technicians.
Dispatch board with job assignment and route-driven execution for daily scheduling
DispatchTrack stands out with dispatch-first workflow design that centers routing and day-to-day job execution for field teams. It supports route planning workflows, driver and technician dispatching, and job scheduling for service calls that fit swimming pool maintenance cycles. The core experience focuses on moving work from scheduled appointments into assigned routes while keeping operational updates organized for teams in the field.
Pros
- Dispatch-focused routing workflow for day-to-day pool service scheduling
- Supports assigning technicians to jobs with clear operational handoffs
- Works well for recurring service patterns common in pool maintenance
Cons
- Route optimization can feel limited versus top-tier mapping-first tools
- Scheduling setup takes effort for teams with complex service rules
- Field execution depends on disciplined data entry to stay accurate
Best For
Service businesses needing dispatch routing for recurring swimming pool maintenance
Workiz
field service managementRuns field service scheduling and dispatch workflows that include route planning for service appointments and technician assignments.
Technician mobile work orders that sync job status, notes, and updates
Workiz stands out for combining field service scheduling with job dispatch workflows aimed at service businesses. It supports customer management, recurring and one-time job scheduling, route planning inputs, and mobile job execution for technicians. For swimming pool route operations, it helps coordinate service visits, capture job notes, and keep dispatch and technician work in sync. The routing experience is strongest as part of a broader job management system rather than as a standalone route optimizer.
Pros
- Job scheduling and dispatch workflows keep pool visits organized
- Mobile job execution supports technician updates from the field
- Customer and job records reduce repeat data entry for repeat clients
Cons
- Routing depth is limited compared to dedicated route optimization tools
- Route changes can take extra manual effort during same-day disruptions
- Advanced route rules for complex service windows feel less specialized
Best For
Pool service teams needing dispatch, technician work orders, and basic routing support
Jobber
scheduling and dispatchSupports service businesses with job scheduling and maps that help dispatch technicians to customer locations efficiently.
Recurring jobs and templates that automate repeating pool maintenance scheduling
Jobber stands out for turning service calls into a repeatable job management workflow that connects dispatch, customer records, and invoicing. It supports scheduled routes with stops, optimized daily work, and team assignment for service businesses that handle recurring residential visits like pool cleaning and maintenance. The app includes quoting and billing tools plus mobile check-in for technicians, which fits field-first operations. Route accuracy depends on disciplined address data and consistent job scheduling inputs.
Pros
- End-to-end job workflow ties scheduling, dispatch, and invoicing to each customer
- Mobile technician app supports check-in and job status updates on-site
- Recurring jobs and templates fit regular pool maintenance rhythms
Cons
- Route optimization quality can drop when addresses are incomplete or inconsistent
- Complex multi-day planning and constraints require more manual setup
- Advanced workforce scheduling depends on disciplined data entry
Best For
Pool service teams needing scheduled dispatch with mobile job updates and billing
Kickserv
crew dispatchProvides route planning and field service dispatch features for assigning crews to scheduled jobs and tracking completion.
Technician dispatch planning that links assignments to scheduled pool service jobs
Kickserv focuses on managing field service delivery through route and dispatch planning, with built-in job workflows that support day-of-journey execution. Core capabilities center on creating and optimizing service routes for swimming pool work, assigning technicians, and tracking job progress through the schedule. The tool also supports operational data capture for inspections and service notes so teams can keep route decisions tied to real job requirements.
Pros
- Route-focused dispatch ties job assignments to field execution flow
- Technician scheduling supports day planning across multiple recurring service stops
- Service notes and job data help teams maintain context per location
Cons
- Route optimization depth feels limited for complex multi-constraint planning needs
- Workflow setup can require careful configuration to match pool-specific processes
- Reporting around routing efficiency lacks the granularity some pool operators need
Best For
Pool service teams needing dispatch and route execution with job-centric workflow
FieldPulse
field schedulingSchedules field work and supports routing and dispatch planning for on-site service execution and technician itineraries.
Route-linked field job tracking with technician assignments and day-level stop visibility
FieldPulse focuses on turning swimming pool service routes into operational workflows, with location-based tasks tied to scheduled field work. The tool supports assigning routes to technicians and tracking progress across multiple job stops within a day. It also emphasizes field execution visibility so dispatchers can react to delays and changes while jobs remain connected to the route plan. For pool route management, the most practical value comes from coordinating recurring site visits and organizing daily stop sequences.
Pros
- Route-linked job tracking keeps each pool visit connected to the daily plan
- Technician assignment supports organized execution across multiple stops
- Real-time field progress helps dispatchers adjust schedules quickly
Cons
- Route planning depth can feel limited for complex pool route optimization needs
- Bulk changes and rerouting workflows may require more clicks than expected
- Advanced reporting for route efficiency is not as strong as execution tracking
Best For
Service teams managing scheduled pool visits with basic routing and job tracking
SmartyRoute
route optimizationCreates optimized route sequences for fleets by planning stop order and logistics workflows for service execution.
Constraint-based route optimization that respects service time windows for pool appointments
SmartyRoute stands out for planning and dispatching pool service routes in a cloud workflow that connects scheduling to travel-based routing. Core capabilities cover route optimization, customer and job list management, and mobile execution so technicians can follow assigned pool routes. The system supports time windows and job sequencing constraints needed for pool cleaning, repairs, and recurring maintenance visits. For businesses with many repeat service locations, it helps reduce backtracking and improve same-day coverage.
Pros
- Route optimization helps assign efficient daily pool technician sequences
- Mobile execution supports turn-by-turn updates for on-site pool jobs
- Time-window constraints fit recurring pool cleaning and repair schedules
Cons
- Setup of constraints and job attributes can take time to perfect
- Complex scheduling rules may feel less flexible than advanced dispatch suites
- Reporting depth for pool-specific KPIs can require extra workflow steps
Best For
Pool service teams needing optimized dispatch with mobile job execution
Conclusion
After evaluating 10 sports recreation, Route4Me stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Swimming Pool Route Software
This buyer’s guide covers what to look for in swimming pool route software and how to map route planning, dispatch workflows, and mobile execution to daily pool service operations. It compares Route4Me, Onfleet, Mapon, Circuit Route Optimizer, DispatchTrack, Workiz, Jobber, Kickserv, FieldPulse, and SmartyRoute based on the capabilities each tool emphasizes for pool visits.
What Is Swimming Pool Route Software?
Swimming pool route software plans and sequences multi-stop service visits so field crews spend less time traveling between pool addresses. It also coordinates dispatch workflows, technician itineraries, and on-site job updates so route changes remain tied to real job statuses. Tools like Route4Me focus on multi-stop route optimization and map-based visibility for dispatcher planning, while Onfleet combines routing with proof-of-delivery workflows for documented pool service completion.
Key Features to Look For
Route planning for pool work only saves time when routing output connects to dispatch execution and technician updates, not when it stays as a standalone map.
Multi-stop route optimization for efficient stop sequences
Route4Me’s multi-stop route optimization generates efficient driving sequences that reduce travel between pool service addresses across many locations. Circuit Route Optimizer also focuses on optimized stop sequences for multi-stop pool service routes with constraint support.
Map-first route planning and coverage visualization
Mapon’s map-first workflow groups swimming pool stops by geography so dispatch teams can review coverage gaps quickly. Route4Me also provides map-based route visualization that speeds dispatcher planning and revisions.
Constraint-aware scheduling with time windows and stop ordering
Circuit Route Optimizer handles route constraints such as time windows and service order requirements for address-based pool runs. SmartyRoute emphasizes constraint-based route optimization that respects service time windows for pool cleaning, repairs, and recurring maintenance.
Live route execution visibility for dispatchers
Onfleet provides live driver tracking so dispatchers can see route progress as drivers move between scheduled pool visits. FieldPulse also emphasizes real-time field progress so dispatchers can react to delays while keeping jobs connected to the route plan.
Proof-of-delivery and job status capture tied to field execution
Onfleet’s proof-of-delivery workflows support documented pool service completion tied to live route execution. Workiz and Jobber both center mobile execution with technician updates so job status and notes stay synchronized with dispatch.
Recurring job templates and repeatable pool maintenance workflows
Jobber provides recurring jobs and templates that automate repeating pool maintenance scheduling for consistent service rhythms. Onfleet and DispatchTrack also support job status workflows that fit recurring pool visits through structured mobile check-in and dispatch board execution.
How to Choose the Right Swimming Pool Route Software
Picking the right tool depends on whether pool routing needs are driven by geography, constraints, proof requirements, or dispatch execution workflows.
Match the routing engine to your pool schedule complexity
If pool routes must honor time windows and strict service order, Circuit Route Optimizer and SmartyRoute prioritize constraint-aware routing that respects time windows and job sequencing. If the goal is maximizing efficient stop order across large service areas, Route4Me’s multi-stop route optimization is designed to generate driving sequences that reduce travel between pool addresses.
Choose the dispatch workflow style your team will actually use
If daily operations revolve around assigning technicians to jobs via a dispatch board, DispatchTrack’s dispatch-first workflow supports job scheduling and route-driven execution. If dispatch and technician work must sync through mobile work orders and job notes, Workiz centers technician mobile execution that syncs job status, notes, and updates.
Decide how pool visit proof and records must be captured
If documented completion matters for every visit, Onfleet’s proof-of-delivery workflows tie documented service completion to live route execution. If job documentation needs to integrate into a broader customer workflow with templates and billing-ready records, Jobber connects scheduling, dispatch, and invoicing to each customer while supporting mobile check-in.
Use the map experience to reduce planning time, not just generate directions
If coverage planning is easier when stops are grouped by geography, Mapon’s map-first workflow speeds dispatch revisions through visual coverage review. Route4Me also speeds planning and revisions through map-based route visualization that aligns dispatchers and drivers on daily itineraries.
Validate data quality workflows before scaling address lists
Many route optimizers depend on clean, correctly formatted address inputs, which is a key constraint for Circuit Route Optimizer and a repeated operational requirement across tools like Jobber. Route4Me can feel heavier during setup for large address lists, so teams should test real address volume and edge cases before committing to full operational rollout.
Who Needs Swimming Pool Route Software?
Swimming pool route software fits companies that schedule recurring pool visits, dispatch multiple technicians, and need route-linked execution instead of manual itineraries.
Pool service companies managing many stops across regions with tight routing needs
Route4Me excels for service companies with many pool stops across regions because its multi-stop route optimization and map-based route visualization reduce drive time and speed dispatcher revisions. Mapon also fits teams needing fast map-driven planning because it groups stops by geography for quick dispatch.
Teams that must capture proof of completion during route execution
Onfleet is a strong match because its proof-of-delivery workflows are tied to live route execution and GPS-driven progress. Jobber supports pool visit documentation through mobile technician check-in and job status updates linked to customer records.
Pool operators that schedule visits under time windows and strict stop ordering
Circuit Route Optimizer is built for constraint-aware vehicle routing with route controls for time windows and stop sequencing. SmartyRoute also provides constraint-based route optimization that respects time windows for pool cleaning, repairs, and recurring maintenance.
Dispatch-first operators that run daily assignment and route execution from a dispatch board
DispatchTrack is designed around a dispatch board with job assignment and route-driven execution that fits recurring pool maintenance cycles. Kickserv is also suited for job-centric day planning because technician dispatch planning links assignments to scheduled pool service jobs.
Common Mistakes to Avoid
The biggest failures come from treating routing as a one-time map export, underestimating setup effort for constraints and workflows, or letting address quality drift across recurring pool locations.
Buying a route optimizer without proof or job execution workflows
Onfleet avoids this pitfall by tying proof-of-delivery capture to live route execution so pool visits produce documented outcomes. Workiz and Jobber also connect mobile job execution to job notes and status updates so routing changes remain actionable.
Underestimating constraint setup time for time windows and complex rules
Circuit Route Optimizer and SmartyRoute both rely on clean definitions of constraints like time windows and stop ordering, which can take longer for teams with complex service rules. Tools like Route4Me can also require time to configure advanced scheduling workflows correctly.
Using inconsistent address data and then blaming route accuracy
Circuit Route Optimizer explicitly depends on clean, correctly formatted address inputs, and Jobber also sees route optimization quality drop with incomplete or inconsistent addresses. Route4Me can slow setup with large address lists, so address standardization should be part of implementation.
Choosing a mapping-first tool but relying on it for deep constraint optimization
Mapon is strongest for map-first planning and mobile execution but advanced optimization controls are limited for highly constrained scheduling rules. For pool routes with strict constraints, Circuit Route Optimizer and SmartyRoute are better aligned to time-window requirements.
How We Selected and Ranked These Tools
We evaluated every tool on three sub-dimensions: features with weight 0.4, ease of use with weight 0.3, and value with weight 0.3. The overall rating is the weighted average of those three components using overall = 0.40 × features + 0.30 × ease of use + 0.30 × value. Route4Me separated from lower-ranked tools mainly through higher features strength tied to multi-stop route optimization and map-based route visualization that directly improve day-to-day dispatch and route revision speed for pool service routes.
Frequently Asked Questions About Swimming Pool Route Software
Which swimming pool route software is best for multi-stop optimization across large service areas?
Route4Me and SmartyRoute both optimize multi-stop sequences, but Route4Me targets large, regional stop density with turn-by-turn driving order. SmartyRoute adds constraint-based time windows so pool openings and cleanings stay aligned with appointment timing.
What tool provides the strongest real-time route execution visibility for pool technicians?
Onfleet is built around live driver tracking and step-by-step mobile execution, so dispatchers can monitor pool visit progress as it happens. FieldPulse also links route planning to day-level stop status, but Onfleet’s proof workflows make service completion easier to audit.
Which software is best when dispatchers want pool routing organized by geography instead of spreadsheets?
Mapon uses a map-first workflow that groups stops by area and produces turn-by-turn navigation for recurring routes. DispatchTrack can schedule and assign daily jobs, but Mapon’s map-driven planning helps spot coverage gaps faster.
Which options handle strict time windows and service sequencing for pool work?
Circuit Route Optimizer and SmartyRoute both support constraint-aware routing that can respect time windows and stop sequencing. Circuit Route Optimizer emphasizes constraint inputs for generating efficient stop orders, while SmartyRoute integrates time windows with mobile execution for technicians.
Which tool fits dispatch-first operations where job assignment happens before field execution?
DispatchTrack centers dispatch workflows with route planning, technician assignment, and a dispatch board for day-of execution. Kickserv also ties assignments to job progress, but DispatchTrack focuses on moving scheduled appointments into assigned routes.
Which swimming pool route software is best as part of a broader job management workflow rather than a standalone router?
Workiz is strongest when pool teams need job scheduling, customer management, and technician mobile work orders in one system. Jobber also combines recurring job templates with mobile check-in and invoicing, while Route4Me focuses more directly on routing efficiency.
Which platforms support proof capture so pool service completion is documented per stop?
Onfleet ties proof-of-delivery style capture to live route execution, which helps document pool visit outcomes per customer stop. Kickserv supports operational data capture for inspections and service notes, tying those records to the scheduled route context.
How should pool companies choose between route-centric planning tools and technician-focused execution tools?
Route4Me and Circuit Route Optimizer prioritize efficient driving sequences and constraint-based routing outputs for the day’s route plan. Workiz and Jobber prioritize technician mobile work order execution tied to job records, so technicians follow assignments that originate from scheduling and customer systems.
What common implementation problem affects route accuracy for pool businesses, and which tools help mitigate it?
Bad or inconsistent address data can break route accuracy, and Jobber’s route accuracy depends on disciplined address data and consistent scheduling inputs. Mapon and Route4Me mitigate planning friction by using map-based stop visibility, which helps confirm geographic coverage before crews depart.
Tools reviewed
Referenced in the comparison table and product reviews above.
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