Plan a realistic KMCO to KATL flight route with the right runway, SID, STAR, cruise level, fuel, FMC checks and fixes for route errors.
To plan a KMCO to KATL route in a general flight simulator, build a current IFR flight plan from Orlando International to Atlanta, choose runways from the wind, attach compatible SIDs and STARs, select a suitable westbound cruise level, calculate aircraft-specific fuel, and validate every FMC leg before departure.
A practical KMCO to KATL route pattern
KMCO to KATL is roughly 350 nautical miles direct, with the filed distance increasing once departure and arrival procedures are included. It is a short airline sector: a jet may spend only a brief period at cruise altitude before starting down towards Atlanta.
A route pattern you may encounter is:
MCOY departure / MCOY DCT CAMJO Q77 SHRKS / HOBTT arrival
This is a planning example, not a guaranteed clearance. Use it only when your planner and aircraft navigation database show valid connections between those fixes. Procedure revision numbers are omitted deliberately because SID and STAR identifiers change with navigation-data cycles. Our guide to finding recent airline routings and checking their validity explains how to replace an outdated example.
For a simple offline GPS flight, direct KMCO–KATL will work, but it omits the structured departure, arrival constraints and runway transitions used in airline operations.
How should you build the flight plan?
- Select the exact aircraft. Use the correct engine and weight profile for your add-on. A Boeing 737, Airbus A320, regional jet and turboprop will produce different speeds, levels and fuel figures.
- Check weather at both airports. Use surface wind to identify likely departure and arrival flows, then inspect winds aloft and the Atlanta forecast. Do not select runways merely because they produce the shortest route.
- Generate an IFR route. Enter KMCO and KATL, set the payload, choose an alternate and use the navigation-data cycle that most closely matches the aircraft. Our aircraft-profile, payload and fuel-planning walkthrough for SimBrief covers the dispatch settings without duplicating them here.
- Add procedures after establishing the en-route section. Choose a KMCO SID that serves the planned first fix and a KATL STAR that accepts the final en-route fix. Then select the runway or approach transition.
- Choose cruise altitude and fuel. For a typical narrow-body jet, FL280 or FL300 is a sensible starting point when weather and restrictions permit. Lower levels often suit turboprops or heavily constrained departures.
- Load and inspect the route. Import the plan or enter it manually, then review every leg on the map or plan display. The correct FMC and MCDU loading sequence helps prevent duplicated waypoints and overwritten procedures.
- Brief the descent before take-off. This sector is too short to postpone arrival setup. Confirm STAR restrictions, approach type, landing runway, missed approach and expected vector legs while still on the ground.
Which SID and STAR should you use?
The correct SID and STAR depend on runway flow, weather, aircraft capability and the route offered by your navigation database. There is no single procedure pair that is correct for every KMCO to KATL flight.
At Orlando, select a departure compatible with the active runway and your first en-route fix. A route using the MCOY departure family may connect towards CAMJO, but only the FMC’s available transitions can confirm that. At Atlanta, a HOBTT-family arrival may suit traffic approaching from the south or south-east when it is present and compatible with the planned flow.
Load the SID, its transition, the STAR and its runway transition as procedures rather than typing all their waypoints into the en-route page. Our procedure-loading guide for joining SIDs and STARs without route gaps covers the detailed sequence.
Atlanta arrivals commonly lead into radar vectors or an approach transition rather than forming an uninterrupted line to the runway. A deliberate vector leg should not be treated as a corrupt flight plan.
What cruise altitude works for KMCO to KATL?
FL280 or FL300 normally gives a narrow-body jet a useful compromise between efficiency and the short distance available for climbing and descending. The route is broadly north-westbound, so even flight levels follow the usual US IFR direction rule unless ATC assigns something else.
| Aircraft type | Practical planning level | Reason |
|---|---|---|
| Airbus A320 or Boeing 737 class | FL280 or FL300 | High enough for efficient cruise without forcing an immediate descent after reaching altitude. |
| Regional jet | FL260 or FL280 | Often better matched to climb performance and the short sector. |
| Turboprop | FL200 or FL220 | Avoids an uneconomical climb to a level held for only a few minutes. |
| General aviation piston | 8,000 or 10,000 feet when conditions permit | Requires a different airway route and equipment check; airline SIDs and STARs may be unsuitable. |
Do not confuse the FMC cruise level with a SID’s initial or top-altitude restriction. Follow the published constraint or simulator ATC clearance first, then continue the climb when authorised. For descent planning, the three-to-one rule gives a useful baseline: losing 27,000 feet takes about 81 nautical miles, before adding distance for slowing down.
How much fuel does the route require?
There is no safe universal fuel quantity for KMCO to KATL because aircraft variant, payload, winds, taxi time, arrival delay and alternate airport all affect the result. Calculate fuel with the loaded aircraft profile rather than copying a figure from another type.
The plan should account for:
- Taxi and anticipated ground running
- Trip fuel from take-off to landing
- Climb and descent at the planned weight
- Wind and weather effects
- Contingency or operational margin
- Fuel to a suitable alternate when required
- Final reserve
If the exact add-on profile is unavailable, choose a conservative profile for the closest aircraft and compare its result with the aircraft’s own predicted fuel after loading. A large disagreement usually indicates the wrong weight units, engine variant, cruise level or reserve policy.
Why does the FMC reject or break the route?
Most broken KMCO–KATL plans are caused by mismatched navigation data or procedures entered twice, not by the airport pair itself. Check the route before deleting waypoints at random.
NOT IN DATABASE: the fix or procedure is absent from the aircraft’s navigation cycle, or its name was entered incorrectly. Generate a route matching that database instead of forcing the missing waypoint.- Gap at the SID exit: the selected SID transition does not connect to the first en-route fix. Choose another transition or revise the first airway segment.
- Gap at the STAR entry: the airway terminates at a fix that the selected arrival does not accept. Change the STAR transition or route to a valid entry fix.
- Duplicate waypoints: the same fix was imported with the route and added again with the SID or STAR. Remove only the duplicate, keeping all altitude and speed constraints intact.
- Expected vector discontinuity: a
VECTORS,MANUALor similar leg may be intentional. Keep it until receiving vectors, or use heading mode to intercept the next approach leg during an offline flight. - Runway change damage: selecting a different Atlanta approach can replace the STAR transition or create a new gap. Recheck the arrival from its first waypoint through the missed approach after every runway change.