The FIFA World Cup 2026 is expected to create one of the most operationally demanding environments ever experienced in North American business aviation as operators, FBOs, and flight support providers prepare for sustained tournament traffic across the United States, Canada, and Mexico.

Running from June 11 to July 19, 2026, the tournament will include 104 matches across 16 host cities over a six-week period. Unlike conventional peak-event traffic concentrated within a single metropolitan area, World Cup aviation demand will be continuous, heavily concentrated around match schedules, and distributed across interconnected airport networks in three separate regulatory jurisdictions.

With millions of visitors expected throughout the tournament cycle, operational pressure is anticipated across airport infrastructure, parking availability, airspace management, customs coordination, and cross-border flight operations.

Key Takeaways

• Why is the FIFA World Cup 2026 expected to place sustained operational pressure on business aviation networks across the United States, Canada, and Mexico?
• How might airport slot coordination, temporary PPR programs, parking constraints, and reposition requirements influence aircraft accessibility during peak match periods?
• Which metropolitan regions and host-city airports are most likely to experience the highest levels of congestion, airspace complexity, and ground handling pressure?
• In what ways could Temporary Flight Restrictions (TFRs), stadium-adjacent security airspace, and helicopter operations reshape routing flexibility and airport selection strategies?
• How will customs coordination, preclearance systems, and cross-border regulatory frameworks (eAPIS, CANPASS, AFAC, CBP, CBSA) affect international charter planning?
• Why will reliever airports, alternate parking strategies, and early handling confirmations become critical elements of operational planning during the tournament cycle?
• How could FBO congestion, fuel delays, overnight parking limitations, and event-driven pricing impact operational reliability at major host airports?
• What level of planning discipline, fleet reposition strategy, and multi-airport coordination will be required to maintain operational continuity throughout World Cup 2026?

Operational Structure of Tournament Traffic

World Cup 2026 aviation traffic is expected to develop as a sustained multi-city operational cycle rather than a conventional short-term demand surge. Aircraft movements will be heavily influenced by match schedules, knockout-stage progression, and continuous repositioning between host-city airport networks across the United States, Canada, and Mexico.

As tournament activity intensifies, operational pressure is expected to increase across business aviation parking capacity, FBO handling availability, customs-processing timelines, fuel coordination, helicopter transfers, and metropolitan ground access. During peak match periods, several high-demand airports may transition from normal congestion conditions into tightly managed operating environments where access depends on slot allocation, PPR approval, parking availability, and coordinated reposition planning.

Airport Slot Coordination and PPR Programs

FAA slot-controlled airports are expected to operate under significantly tighter coordination procedures during peak World Cup 2026 match periods, particularly during knockout rounds, semifinal operations, and final-week traffic peaks. In addition to formal slot-managed airports, several high-demand business aviation airports are likely to implement temporary Prior Permission Required (PPR) procedures, structured arrival sequencing, and event-driven parking controls to manage ramp saturation and handling capacity.

High-risk operational environments are expected at KTEB, KVNY, KOPF, MMMX, and CYYZ, where operators may encounter restricted overnight parking availability, reduced schedule flexibility, mandatory repositioning after passenger drop-off, and stricter adherence to approved arrival windows. Airports such as KHPN, KBUR, KFXE, MMTO, and CYVR may also implement temporary parking controls or dynamic PPR allocation during concentrated match periods.

Operators should anticipate increased dependence on pre-arranged ground handling, confirmed parking reservations, and coordinated reposition planning throughout high-demand tournament phases.

Expected Peak Demand Windows

Operational pressure is expected to intensify during opening-week arrivals, knockout-stage transitions, semifinal operations, and final-week movements, when business aviation traffic is likely to concentrate around specific host-city corridors within compressed operating windows.

The highest levels of airport saturation are expected in the New York/New Jersey region during semifinal and final operations, while Los Angeles, South Florida, Toronto, and Mexico City are likely to experience prolonged high-density traffic throughout the tournament cycle. During these periods, operators should anticipate reduced parking availability, tighter slot allocation windows, increased reposition requirements, and elevated handling coordination timelines. 

United States Operational Environment

New York / New Jersey Region

The New York/New Jersey region is expected to become the most operationally constrained business aviation environment during World Cup 2026, particularly during semifinal and final match periods. KTEB will likely operate under severe parking pressure, high slot sensitivity, and possible drop-and-go operating conditions during peak windows, while KHPN and KFRG are expected to absorb overflow and reposition activity.

MetLife Stadium-related TFR activity, dense Class B airspace, helicopter corridor congestion, and heavy transatlantic arrival flows may significantly affect arrival sequencing and routing flexibility across the region. Operators should anticipate reduced overnight parking flexibility, increased reposition dependence, and extended handling coordination timelines during peak match days.

Los Angeles Basin

The Los Angeles Basin is expected to experience sustained business aviation congestion throughout the tournament cycle, driven by executive charter demand, dense metropolitan airspace, and SoFi Stadium-related operational activity. KVNY is likely to remain the primary high-demand business aviation airport, with KBUR, KONT, and KLGB supporting overflow and reposition operations during peak match periods.

Operational constraints may include ramp saturation, reduced overnight parking flexibility, increased helicopter traffic, and tighter sequencing requirements within the Los Angeles Class B environment. Operators should anticipate increased dependence on pre-coordinated handling, reposition planning, and alternate-airport utilization during high-traffic periods.

South Florida

South Florida is expected to experience sustained VIP, charter, and international business aviation activity throughout the tournament period, particularly around Miami match operations and international arrival flows. KOPF will likely experience elevated parking demand, handling congestion, and increased customs-processing pressure, while KFXE, KPBI, and KTMB may serve larger overflow and reposition roles during peak periods.

Hard Rock Stadium-related helicopter traffic, South Florida weather disruptions, and increased demand for overnight parking may contribute to tighter operational flexibility during concentrated match windows. Operators should anticipate increased fuel coordination timelines and greater dependence on confirmed ground handling arrangements.

Dallas–Fort Worth Region

The Dallas–Fort Worth region is expected to maintain relatively stable operational flow during early tournament phases before tightening significantly during knockout-stage operations. KDAL and KADS are likely to experience elevated corporate aviation demand, while KAFW and KFTW may absorb overflow parking and reposition activity during peak periods.

Match-day operations near Arlington stadium facilities may increase helicopter activity, arrival compression, and localized airspace management complexity. Operators should anticipate increased handling coordination requirements and reduced short-notice scheduling flexibility during concentrated traffic periods.

Primary Host Business Aviation Airports

• Teterboro (KTEB) – Primary New York metro business aviation hub; highest demand, slot sensitivity, parking saturation risk
• Westchester County (KHPN) – Northern NYC reliever operations; preferred overflow for short/medium stay aircraft
• Republic Airport (KFRG) – Long Island GA overflow and reposition airport; supports TEB saturation relief
• Van Nuys (KVNY) – Primary Los Angeles basin business aviation hub; high-volume executive traffic
• Hollywood Burbank (KBUR) – Secondary Los Angeles charter and executive operations; supports KVNY overflow
• Opa-locka Executive (KOPF) – Primary South Florida GA hub; high charter concentration and parking demand
• Fort Lauderdale Executive (KFXE) – Secondary South Florida business aviation hub; overflow and staging airport
• Dallas Love Field (KDAL) – Primary Dallas GA gateway; high corporate aviation density
• Addison (KADS) – Dallas reliever and corporate aviation base; short-stay operations

Read Related Topics:

• Teterboro Airport (TEB / KTEB): Private Jet Charter, Parking, and Ground Services Guide
• Get smooth and hassle free landing permits at Westchester County Airport
• Dallas-Fort Worth International Airport (DFW) : Efficient Ground Handling Services for Business Flights

Key Operational Considerations

Teterboro (KTEB)

• Highest slot-sensitivity risk during semifinal and final operations
• Elevated probability of overnight parking restrictions and reposition requirements
• Likely drop-and-go operating conditions during peak periods
• Significant FBO congestion and handling sequencing pressure expected
• High exposure to New York metropolitan TFR activity and helicopter traffic

Van Nuys (KVNY)

• Sustained executive charter demand expected throughout tournament operations
• Increased ramp saturation risk during SoFi Stadium match periods
• Possible temporary parking restrictions during concentrated traffic windows
• Strong overflow dependence on KBUR, KONT, and KLGB

Opa-locka Executive (KOPF)

• High probability of charter congestion and customs-processing delays
• Elevated fuel uplift coordination timelines expected during peak periods
• Increased overnight parking pressure likely
• KPBI and KFXE expected to support overflow and reposition activity

Dallas Love Field (KDAL)

• Elevated corporate aviation demand expected during knockout-stage operations
• Increased handling coordination requirements during peak match windows
• Overflow parking activity likely to shift toward KAFW and KFTW

Secondary / Alternate / Diversion Airports

New York / New Jersey Region

• Stewart International (KSWF) – Primary long-range overflow and reposition base for TEB saturation
• Long Island MacArthur (KISP) – Secondary GA relief when KTEB/KHPN reach parking constraints
• Newark Liberty (KEWR) – Customs/diversion hub; limited GA but critical for emergency and international alternates
• Bradley International (KBDL) – Strategic diversion airport for NYC congestion and weather disruptions
• Lehigh Valley (KABE) – Remote parking and reposition base during peak tournament saturation

Los Angeles Basin

• Ontario International (KONT) – Primary overflow relief for KVNY/KBUR during peak congestion
• Long Beach (KLGB) – Secondary GA relief airport; coastal alternative for short reposition missions
• Santa Monica (KSMO) – Highly restricted GA airport; limited but operationally relevant for small aircraft movements
• Palm Springs (KPSP) – Remote staging and reposition base for LA basin overflow scenarios

South Florida

• Palm Beach International (KPBI) – Primary overflow for KOPF/KFXE; preferred for overnight parking relief
• Miami International (KMIA) – Customs-heavy hub; diversion and international processing backup
• Tamiami Executive (KTMB) – Local GA relief airport for short-haul overflow operations

Dallas / Texas Region

• Fort Worth Alliance (KAFW) – Major GA overflow and parking relief for KDAL/KADS saturation
• Fort Worth Meacham (KFTW) – Secondary GA support and reposition airport
• Denton Enterprise (KDTO) – Light GA overflow and staging support

Canada Operational Environment

Canada will function as both a host operating environment and a strategic overflow layer supporting transborder and reposition traffic across North America. Operational demand will concentrate primarily around Toronto and Vancouver, where airport throughput, customs processing, and parking availability will be key constraints during peak match periods. Cross-border traffic flows between the United States and Canada may further increase CBSA processing pressure during peak tournament windows, particularly at major international gateways. 

Toronto Region

Toronto’s aviation system is expected to face increased CBSA processing demand and tighter transient parking availability during peak operational windows. Cross-border arrival flows and transatlantic traffic will significantly influence sequencing and ground handling capacity, with urban-adjacent airports experiencing additional operational constraints during high-security periods. 

Vancouver Region

Vancouver will primarily support Pacific routing flows and western North America traffic redistribution during peak tournament phases. Operational pressure is expected to focus on ramp availability and parking flexibility, particularly for larger aircraft types, with increased reliance on pre-coordinated handling and structured arrival planning during high-demand match windows.

Primary Host Airports

• Toronto Pearson (CYYZ) – Primary international gateway; expected customs and parking constraints
• Billy Bishop Toronto City (CYTZ) – Downtown restricted GA operations; high access limitation environment
• Vancouver International (CYVR) – West Coast primary gateway; overflow-sensitive during peak periods
• Buttonville (CYKZ) – Regional Toronto reliever and overflow GA operations

Read Related Topics:

• Lester B. Pearson International Airport (YYZ) : Efficient Ground Handling Services for Business Flights
• Vancouver International Airport (YVR) : Efficient Ground Handling Services for Business Flights
• Business Aviation Operations in Canada: Airspace, Airports, CBSA and Flight Planning Guide

Key Operational Considerations

Toronto Pearson (CYYZ)

• High probability of customs-processing congestion during peak transborder traffic periods
• Increased overnight parking pressure and handling demand expected
• U.S. preclearance capability may support selected reposition strategies
• CYHM and CYKF likely to absorb overflow operations during peak saturation

Vancouver International (CYVR)

• Increased Pacific routing and long-range traffic expected during tournament operations
• Parking flexibility for larger aircraft may tighten during peak periods
• Structured arrival coordination likely during concentrated traffic windows

Billy Bishop Toronto City (CYTZ)

• Restricted operational environment with limited flexibility for larger aircraft categories
• Downtown proximity may increase operational demand despite parking and access limitations

Secondary / Alternate / Diversion Airports

• Hamilton International (CYHM) – Primary Toronto overflow airport; cargo/GA relief during CYYZ saturation
• Kitchener/Waterloo (CYKF) – Secondary diversion and overflow airport for Toronto region
• Ottawa Macdonald–Cartier (CYOW) – Strategic alternate for Eastern Canada routing flexibility

Mexico Operational Environment

Mexico is expected to be the most operationally constrained environment during World Cup 2026 due to permit-driven access requirements, limited parking availability, and high sensitivity to airport capacity management during peak demand periods. Additional variability in AFAC permit processing timelines and airport-specific operational approvals may further reduce short-notice operational flexibility during peak match cycles. 

Mexico City Metropolitan Region

Operational activity in the Mexico City region will be heavily influenced by parking scarcity, sequencing constraints, and dependency on pre-approved operational authorizations. Aircraft flow will increasingly rely on structured planning, with repositioning becoming a standard requirement when primary airport capacity is reached. Toluca is expected to function as the principal relief point supporting overflow demand and extended parking requirements during high-traffic match windows.

Monterrey and Guadalajara

Monterrey and Guadalajara will operate under moderate-to-high demand pressure during peak tournament phases, with operational constraints focused on parking availability, permit timing, and handling capacity. Flexibility for short-notice schedule changes is expected to reduce during concentrated match periods, increasing reliance on early coordination and confirmed operational approvals.

Primary Host Airports

• Mexico City International (MMMX) – Highest constraint airport; severe parking and slot sensitivity
• Toluca International (MMTO) – Primary Mexico City GA reliever airport; main overflow hub
• Felipe Ángeles International (MMSM) – Secondary Mexico City capacity relief airport; developing GA infrastructure
• Monterrey International (MMMY) – Northern Mexico business aviation hub
• Guadalajara International (MMGL) – Western Mexico GA and charter hub

Read Related Topics:

• Guide for Business Aviation In Mexico International Airport
• Airlines Flight Support And Operations In Mexico

Key Operational Considerations

Mexico City International (MMMX)

• Highest operational complexity within the tournament network
• Severe parking limitations and strong likelihood of reposition requirements
• AFAC permit coordination timelines expected to tighten during peak demand periods
• MMTO and MMSM expected to support overflow and extended parking operations
• Permit processing timelines, handling confirmation, and fuel uplift approvals are expected to be the primary operational gating factors during peak AFAC-controlled periods. 

Toluca International (MMTO)

• Primary Mexico City overflow and reposition airport during peak congestion periods
• Increased demand for overnight parking and staging operations expected

Monterrey International (MMMY)

• Elevated charter and corporate aviation demand expected during concentrated match operations
• Parking and handling coordination timelines likely to tighten during peak periods

Guadalajara International (MMGL)

• Increased business aviation throughput expected during western Mexico operations
• Handling and parking coordination may become more restrictive during knockout phases

Secondary / Alternate / Diversion Airports

• Cancún International (MMUN) – Major diversion airport for international arrivals and overflow parking
• Tijuana International (MMTJ) – Cross-border relief and reposition gateway for northern Mexico flows
• León/Guanajuato (MMLO) – Mexico City alternate for overflow routing and diversion planning
• San José del Cabo (MMSD) – Remote staging airport for long-range repositioning scenarios
• Chetumal (MMCM) – Rare-use contingency diversion airport for extreme overflow conditions

Primary airports will function as the main match-day operational hubs, carrying the highest levels of congestion and demand pressure. Secondary airports will serve as overflow options, supporting parking relief and short-notice rerouting when primary capacity is constrained. Diversion airports will act as contingency layers for weather disruption, saturation events, and operational fallback scenarios. 

Temporary Flight Restrictions and Stadium Airspace

Temporary Flight Restrictions (TFRs) are expected to become a major operational factor throughout World Cup 2026, particularly in metropolitan environments where stadium locations intersect with congested terminal airspace and helicopter corridors.

The highest operational sensitivity is expected in the New York/New Jersey region, Los Angeles Basin, Miami, Dallas–Fort Worth, and Mexico City, where stadium-adjacent security airspace may affect arrival routing, low-altitude helicopter operations, VFR transition corridors, and access to nearby reliever airports. FAA traffic-management initiatives and increased helicopter activity may further tighten operational flexibility within major U.S. host-city corridors during peak match periods.

Operators should also anticipate additional ATC flow-management initiatives during peak periods, including miles-in-trail restrictions, sequencing delays, rerouting requirements, compressed arrival flows, and dynamic route adjustments associated with stadium-adjacent airspace activity and metropolitan congestion. Alternate-airport planning and routing flexibility may become increasingly important during semifinal and final-stage operations.

Customs, Preclearance, and CIQ Operations

Customs and immigration coordination will remain a major operational consideration throughout World Cup 2026, particularly for transborder charter and business aviation movements between the United States, Canada, and Mexico.

In the United States, operators will require strict compliance with eAPIS submission timelines, CBP arrival coordination, and TSA security procedures. Certain overflow airports may offer more limited customs-processing capability or reduced operational flexibility outside standard processing hours.

In Canada, CBSA processing demand is expected to increase significantly at CYYZ and CYVR, while U.S. preclearance facilities at major Canadian airports may provide operational advantages for selected routing structures and reposition planning.

In Mexico, AFAC permit coordination, charter authorization requirements, and airport-specific CIQ procedures are expected to create additional operational variability, particularly at MMMX during peak demand periods. Permit-processing timelines and parking approvals may become increasingly constrained during knockout-stage traffic peaks.

International charter operators should also anticipate increased sensitivity surrounding landing permits, permit revisions, and short-notice schedule adjustments during peak operational periods. In Mexico, permit-processing timelines and airport-specific operating approvals may become increasingly restrictive as traffic density intensifies around major host-city airports. 

Parking Restrictions and Aircraft Repositioning

Aircraft parking availability is expected to become one of the primary operational constraints during World Cup 2026, particularly at major business aviation airports serving New York, Los Angeles, Miami, Toronto, and Mexico City.

Operators should anticipate increased use of drop-and-go operations, remote overnight parking, and same-day reposition strategies as transient parking capacity tightens during peak match periods. At several high-demand airports, overnight parking approval may become conditional on arrival timing, aircraft category, handling availability, or pre-confirmed departure schedules.

Efficient tournament operations will likely require separating passenger transport planning from aircraft parking strategy, with increased reliance on overflow airports, reposition coordination, and structured recovery-slot planning.

FBO Capacity and Ground Handling

FBO and ground handling infrastructure across major host airports is expected to operate under sustained high utilization throughout the World Cup 2026 cycle. Peak periods may impact handling availability, fuel uplift sequencing, towing coordination, GPU allocation, crew transport logistics, turnaround efficiency, and short-notice service flexibility at heavily utilized business aviation airports.

Operators may encounter extended fuel-truck wait times during concentrated arrival and departure banks, particularly at high-density hubs such as KTEB, KVNY, KOPF, MMMX, and CYYZ. Increased reliance on advance handling confirmation, pre-coordinated fuel arrangements, and structured service scheduling is expected throughout peak match operations. Premium catering availability, crew transport coordination, and short-notice service responsiveness may also be reduced during periods of elevated ramp congestion and traffic concentration.

Flight Permits & Cost Impacts

World Cup 2026 traffic demand is expected to drive elevated operational costs across major host-airport environments. Operators may encounter increased parking fees, premium handling charges, hotel rate escalation, crew transport constraints, and higher short-notice service pricing during concentrated match periods, particularly in New York, Los Angeles, Miami, Toronto, and Mexico City operating environments.

Seasonal Weather and Operational Disruption Risk

Seasonal weather conditions may further increase operational complexity throughout the tournament period. Convective activity across the northeastern United States, South Florida thunderstorm patterns, Texas summer heat, and Mexico City density altitude considerations may affect routing efficiency, arrival sequencing, and aircraft performance during peak operational windows.

Operators should also account for the potential overlap between World Cup traffic peaks and early Atlantic hurricane-season disruptions affecting Florida and Gulf Coast operations.

Crew Planning and Fleet Management

World Cup 2026 will require airline-style operational coordination, with continuous aircraft movement across multiple jurisdictions rather than isolated charter missions. Flight departments will need to manage dynamic scheduling flows influenced by match-driven demand patterns and multi-city routing structures.

Operational focus will center on sustained crew rotation planning, cross-border scheduling coordination, and maintaining operational continuity across varying demand peaks. Efficient execution will depend on structured planning across crew availability, support logistics, and maintenance positioning, with reduced resilience for purely reactive scheduling models during peak tournament phases.

Crew logistics may become increasingly complex during peak tournament phases due to hotel-capacity limitations, metropolitan transportation congestion, and compressed reposition scheduling between host cities. Early coordination of accommodation, crew transport, and rest-compliance planning may become essential in high-demand operating environments. 

Operational Disclaimer

Operational restrictions, slot programs, PPR procedures, Temporary Flight Restrictions (TFRs), parking limitations, customs-processing requirements, permit structures, and airport access policies remain subject to change pending publication and operational implementation by FAA, NAV CANADA, AFAC, TSA, CBP, CBSA, airport authorities, and local security agencies throughout the FIFA World Cup 2026 operational cycle.

Operators are advised to continuously monitor NOTAMs, airport advisories, regulatory bulletins, and official operational guidance throughout all tournament phases.

Operational Support for World Cup 2026 Business Aviation

World Cup 2026 business aviation operations now require coordinated support across flight planning, airport access, regulatory compliance, and real-time airspace monitoring within a complex multi-jurisdiction North American environment. Just Aviation provides integrated operational support to ensure efficient and compliant mission execution across the United States, Canada, and Mexico. 

Core Support Functions

• Multi-city flight planning and routing coordination
• Slot allocation, parking management, and ground handling coordination at constrained airports
• Regulatory entry compliance, including eAPIS, CANPASS, and AFAC approvals
• Real-time monitoring of NOTAMs, Temporary Flight Restrictions, and airspace changes
• Turnaround support during peak operational periods
• Cross-border operational compliance management across all jurisdictions

For World Cup 2026 flight support, permits, routing coordination, and operational assistance, contact the Operational Control Center (OCC) at [email protected] for 24/7 expert oversight and mission execution support across the United States, Canada, and Mexico. 

Top Frequently Asked Questions – World Cup 2026 Business Aviation Operations

1. Which airports will handle most private jet traffic during World Cup 2026?

High-traffic business aviation will concentrate at major reliever and executive airports serving New York / New Jersey, Los Angeles, and Miami, with spillover into secondary airports across Canada and Mexico during peak match congestion and airport saturation periods.

2. How will airport slot restrictions affect operations?

Slot-controlled and capacity-managed airports will limit scheduling flexibility during peak match windows. Operations will require early slot confirmation, fixed arrival windows, and coordinated handling to avoid delays, diversions, or rejected requests.

3. How will TFRs impact flight planning and access?

Temporary Flight Restrictions around stadiums will restrict airspace access and create stadium security zones, limiting routing options, helicopter operations, and airport selection near host city venues.

4. Are cross-border permits required between the USA, Canada, and Mexico?

Yes. All international operations require compliance with entry systems and permit approvals, including eAPIS for the United States, CANPASS for Canada, and AFAC authorization for Mexico, each with defined processing timelines.

5. Which country presents the highest operational difficulty?

Mexico presents the highest complexity due to permit-based access control, Mexico City congestion, and variable AFAC approval timelines, especially during peak tournament demand periods.

6. How early should World Cup charter flights be planned?

Operations should be coordinated well in advance of match days, particularly during knockout stages, due to limited slot availability, FBO congestion, parking constraints, and extended regulatory processing delays.

7. Will helicopter transfers be available during the tournament?

Helicopter operations will be available in select cities under strict approval procedures, especially New York / New Jersey, Los Angeles, and Miami, but will face high demand constraints during peak match-day windows.

8. What is the main operational risk during World Cup 2026?

Key risks include airport capacity saturation, TFR airspace restrictions, regulatory approval delays, and limited parking availability at major host airports during peak demand cycles.

 

Conclusion

The FIFA World Cup 2026 is expected to create one of the largest sustained business aviation operating environments ever experienced across North America. Airport saturation, slot restrictions, TFR activity, customs limitations, parking constraints, and cross-border regulatory coordination will collectively shape operational feasibility throughout the tournament cycle.

For dispatch teams, chief pilots, OCC personnel, trip-support providers, and charter operators, successful execution will depend on early planning, structured reposition strategies, alternate-airport flexibility, and continuous operational monitoring across all three host countries.

Airline-style operational coordination, rather than traditional point-to-point charter planning, will likely become essential during peak tournament phases.