Training / B-Courses / vGSC / B-52H Stratofortress

B-Course vGSC 96th BS · 2nd BW · Barksdale AFB

B-52H Stratofortress

Initial Qualification Course — Long-Range Strategic Bomber

This course trains aircrew to safely and effectively operate the B-52H Stratofortress in accordance with vTAC standards. Upon graduation, pilots achieve mission-ready status for long-range global strike, conventional and stand-off weapons employment, maritime interdiction, and strategic deterrence operations under Air Force Global Strike Command.

B-Course — Not VSOA. Completion of this course does not affect VATSIM qualification status. It is required to operate the B-52H under vGSC in vTAC MAJCOM operations.

No prerequisites required. UPT (Blocks 1–3) is recommended — familiarity with IFR procedures, heavy-jet energy management, and basic instrument navigation will make this course significantly easier.

Course Structure

Phase I Self-Study

Academic Training

Aircraft systems, 8-engine management, performance, procedures, and flight planning.

Phase II IP Required

Flying Training (3 Sorties)

Familiarization/pattern, instrument nav & aerial refueling, low-level & weapons.

Phase III IP Eval

Qualification & Grading

0–4 tracker grading; a grade of 3 is required on each task to qualify.

Phase I

Academic Training

1.1 — Aircraft Overview

General description, role, and crew positions.

Role & Mission

•Primary Role: Long-range strategic and conventional bombardment
•Secondary Roles: Stand-off cruise-missile strike, maritime interdiction & mining, close air support
•Home Unit: 2nd Bomb Wing, Barksdale AFB, LA (KBAD)
•Also Operated By: 5th Bomb Wing, Minot AFB, ND (KMIB)
•MAJCOM: Air Force Global Strike Command (AFGSC)
•Defining Trait: Massive payload, intercontinental range, decades of continuous service — the "BUFF"

Crew Positions (5)

Aircraft Commander

Overall aircraft authority. Primary pilot (left seat). Final go/no-go authority.

Co-Pilot

Right seat. Shares flying duties, manages engines/fuel, runs checklists and radios.

Radar Navigator

Lead bombardier — weapons employment and release. Lower deck.

Navigator

Navigation, timing/TOT, terrain avoidance, backup to the RN. Lower deck.

EWO

Electronic Warfare Officer

Threat detection, jamming, countermeasures, defensive systems. Upper deck.

NOTE: The B-52H is a 5-seat crew aircraft (the tail gunner position was deleted in 1991). In MSFS single-player you fly as the AC. Simulate crew callouts by completing checklists for each station before key events (start, T/O, AR, weapons release, landing).

1.2 — Dimensions & Weights

Critical numbers to know before every flight. The B-52H is one of the largest aircraft you will fly — weight drives unstick speed, approach speed, and runway requirements.

Dimensions

Wingspan

185 ft

Length

159 ft 4 in

Height

40 ft 8 in

Wing Area

4,000 sq ft

Weight Data

Empty Weight

~185,000 lbs

Typical Training GW

300–400K lbs

Max Takeoff Weight

~488,000 lbs

Max Payload

~70,000 lbs

CAUTION: Near max gross weight the B-52H needs a long ground roll and a very long, low climb-out. Plan a 10,000+ ft runway and verify obstacle clearance on departure.

1.3 — Engines & Performance

The B-52H is powered by eight Pratt & Whitney TF33-P-3/103 turbofan engines in four twin-engine pods. Managing eight throttles symmetrically is the defining cockpit skill of this aircraft.

Engine Data

Type

8 × TF33-P-3/103

Thrust (each)

~17,000 lbs

Configuration

4 pods × 2 engines

Performance

Max Speed

~Mach 0.86

Typical Cruise

M 0.74–0.78

Service Ceiling

~50,000 ft

Takeoff Data

Min Runway (Heavy)

10,000+ ft

Unstick Speed

~140–160 KIAS

Unrefueled Range

~8,800 mi

NOTE: The TF33 turbofans on the H model removed the need for the water-injection takeoff augmentation used on earlier B-52 variants. Takeoff is "dry" — all eight engines at full military power.

CAUTION: Advance and retard all eight throttles together and evenly. Asymmetric thrust across the wide engine span produces a strong yaw — split throttles only deliberately (e.g. for ground steering or a known engine-out drill).

1.4 — Flight Controls & Handling

The B-52H handles unlike most aircraft: roll is controlled by spoilers (no ailerons), the long flexible high wing flexes visibly in flight, and the unique bicycle landing gear can be steered to "crab" the aircraft onto the runway in a crosswind.

Signature Characteristics

ROLL

Spoilerons Only

Roll control via wing spoilers — no ailerons. Roll response is slow and damped; lead your rolls.

WING

Flexible High Wing

Wingtips flex several feet and droop onto outrigger gear when parked. Smooth inputs — the wing dampens abrupt control.

GEAR

Crosswind Crab Gear

Quadricycle main gear can be rotated up to ~20° so the jet lands in a crab without de-crabbing at touchdown.

Handling Considerations

•High inertia — energy management is everything. Plan speed and configuration changes well in advance.
•Slow roll authority — anticipate turns and roll-outs; do not over-bank to chase corrections.
•Pitch via stabilizer trim — large, heavy aircraft; trim continuously to offload control forces.
•Drag chute available to shorten landing rollout — deploy after touchdown within limits.
•Spoilers double as speed brakes / lift dump on rollout.

Operating Limitations

G Limit

~+2.0G (lower at heavy GW)

Max Operating Mach

~M 0.86

Control Input Rule

Smooth — no abrupt inputs

1.5 — Takeoff & Landing Fundamentals

Because of its size and weight, the B-52H demands careful speed management and disciplined use of its unique crosswind gear and drag chute. Plan weight-specific speeds for every departure and arrival.

Takeoff

→Set all eight throttles to full military power, confirm symmetric spool-up before brake release
→Unstick typically ~140–160 KIAS depending on gross weight
→Long ground roll at heavyweight — verify runway length and abort/refusal speed before takeoff
→Use rudder for directional control; in crosswind hold crab with the steerable gear
→Smooth, steady rotation — shallow initial climb; do not over-rotate

Landing

→Fly a stable, powered approach — the BUFF lands relatively flat with minimal flare
→In crosswind, set the gear crab angle and land in the crab — do not de-crab/kick straight
→After main-gear touchdown, deploy spoilers (lift dump) and the drag chute
→Manage brake energy — long, heavy rollout; anti-skid essential on wet runway
→High sink rate develops quickly if power is cut early — fly it down with the throttles

CAUTION: The crosswind crab gear is unique to the B-52. Set crab before touchdown and keep the aircraft aligned with the runway centerline — fly the fuselage straight while the gear absorbs the crosswind. A late de-crab attempt can scrub the gear sideways.

1.6 — Low-Level Flight Operations

Low-level penetration is a classic B-52 mission. While the BUFF is most efficient as a high-altitude stand-off platform, low-level ingress to a target is a graded skill in this course. Discipline on altitude, terrain clearance, and abort criteria is mandatory.

Terrain & Route Discipline

•Study the route, MSA, and all terrain/obstacle clearance before descent
•Brief route abort criteria and the climb-to-MSA escape before entry
•Weather penetration at low level dramatically increases workload — verify forecast first
•Lead turns early — the aircraft's inertia and slow roll mean it will overshoot tight tracks

Typical Low-Level Parameters

Altitude

500–1,000 ft AGL

Speed

~300–360 KCAS

!Turbulence increases structural loading — reduce speed in rough air
!Manage bank angle to limit G loading in turns at low altitude
!Maintain positive terrain clearance at all times — when in doubt, climb

TIP: Before descending into a low-level route, brief every turn point, the IP-to-target run, the safe-escape maneuver, and your weather-abort criteria. Do not improvise at 700 ft AGL in a 300,000 lb aircraft.

Phase I

Flight Planning with SimBrief

All B-52H missions will be planned through SimBrief using the Boeing B-52 airframe profile. Follow these steps every sortie — do not skip the preflight crosscheck.

Create / Log In to SimBrief

Go to simbrief.com and log in to your account. Click Dispatch → New Flight.

Select the B-52 Airframe Profile

In the aircraft selector, choose the Boeing B-52 (B52 / BLCF military profile) airframe so fuel and performance numbers reflect the BUFF. If your add-on ships a dedicated SimBrief profile, import that instead.

Open SimBrief Dispatch

TIP: The airframe profile is what makes fuel and performance numbers realistic. Always verify the B-52 profile is loaded before generating a plan.

Set the Basics — Route & Times

DEP: Enter departure ICAO (e.g., KBAD)

ARR: Enter arrival ICAO

ALTN: Nearby suitable airport — adequate runway length, different weather

ETD: Set planned Zulu departure time

CRZ ALT: Enter planned cruise altitude (FL___)

Choose Your Route

Option A — Auto Route

Click Generate Route. Pick a result that uses airways, not random zigzags. Fast and good enough for most sorties.

Option B — Real-World Route

Paste a route from ChartFox, Navigraph, or community sources. Highest realism. Verify waypoints exist in sim.

Option C — Route Tool (Best)

Click Route Tool. Select SID, STAR, Approach. Let SimBrief connect airway segments. Best balance of ease and realism.

Set Payload

Set Zero Fuel Weight (ZFW) or enter payload manually. For training sorties, start at mid-range payload — do not max out the bomb load unless the mission requires it.

Fuel Planning — Do This Every Sortie

Trip Fuel
Calculated automatically.

Contingency
Leave default (5%). Do not reduce.

Alternate Fuel
Requires an alternate selected.

Final Reserve
Keep default — do not touch.

Taxi Fuel
SimBrief estimate is fine.

Extra Fuel
Add for holds / bad weather / AR planning.

RULE: If the mission includes aerial refueling, plan the onload into your fuel ladder. If expecting holds or degraded weather, add extra. When in doubt, carry more.

Enable Weather & Winds

Enable real-world weather (METAR/TAF) and winds aloft. If using MSFS live weather, SimBrief winds will align with your sim environment.

Check Runway, Performance & Constraints

•Verify departure runway length is sufficient for your gross weight (>10,000 ft for heavy loads)
•Check arrival runway length and expected crosswind component
•If using SIDs/STARs, verify altitude and speed constraints are achievable at your GW

Generate the OFP

Click Generate Flight. Read the plan top-to-bottom: route, cruise level, fuel breakdown, alternates, and any NOTAMs. Do not skip the fuel summary page.

Export to Sim / FMC

Choose export format for MSFS (.pln or direct integration). Download to the correct folder, or use the SimBrief downloader if your add-on supports it.

Load Into the Aircraft

If your add-on has a SimBrief ID input on the FMS/CDU, enter your pilot ID to auto-import the plan. Otherwise load the route file manually through the sim's flight planner.

Preflight Crosscheck — Do Not Skip

Dep/Arr airports correct

Cruise altitude realistic for route

Fuel: trip + reserves (+ AR) covered

Alternate selected and viable

Route has no broken segments

SID/STAR compatible with runway

Time on Target (TOT) Calculations

TOT planning is a core bomber skill — the RN/Navigator owns it, but the AC must understand it. Use this formula to calculate leg times and ensure your aircraft arrives at the target at the precise planned time.

The Formula

GS ÷ 60 = NM per Minute

Distance ÷ NM/min = Leg Time

GS = Groundspeed in knots. Result is leg time in minutes.

Examples

GS 360 kts, 120 NM leg:

360 ÷ 60 = 6 NM/min → 120 ÷ 6 = 20 min

GS 420 kts, 210 NM leg:

420 ÷ 60 = 7 NM/min → 210 ÷ 7 = 30 min

TIP: Always calculate TOT from the IP (Initial Point) to target using your low-level run speed. Plan an orbit or delay stack en route so you cross the IP at exactly the right time to hit TOT.

Phase II

Flying Training — 3-Sortie Outline

These three sorties form the hands-on qualification path. All Phase II sorties require an Instructor Pilot (IP). Complete all academic training before flying. Log each sortie via the vTAC flight log system.

Course Compression Plan

The official 96th BS B-Course tracker contains 35+ graded tasks across three phases plus Night Quals. To make the course flyable in three structured sorties, related tasks are grouped so every tracker item is still touched:

Phase 1 tasks
→ Sortie 1 (Transition & Instrument Fundamentals)

Phase 2 tasks
→ Sortie 2 (Navigation, Instruments & Air Refueling)

Phase 3 + Night Quals
→ Sortie 3 (Low-Level, Surface Attack & Night)

NAV RULE: 96th BS B-Course sorties are flown on airfields, VORs/VORTACs, and radial/DME offsets only — do not substitute GPS-only or RNAV-only waypoints. Sortie 1 works the EIC VORTAC local area (KBAD); Sortie 2 ranges EIC / MLU / AEX with a hold and ILS recovery.

Transition & Instrument Fundamentals

TRANS

Phase 1 · ~45–75 min · Day VMC · Single-ship

Objective: Safely operate the B-52H from ground ops through takeoff, basic airwork, instrument pattern, and landing. Build aircraft handling and checklist discipline.

Tracker Tasks Satisfied (Phase 1)

Student Orientation / LAO Brief · Taxi Procedures · Ground Operations · Basic Flight Plan Creation · Communications · Takeoff · VFR Departure · Climb · Descent · VFR Approach · VFR Landing · Instrument Departure · Automation Management · Aircraft Handling Characteristics · Cruise · Configuration Management

In-Flight Sequence

→Normal start, taxi, line-up checks
→Normal takeoff (~140–160 KIAS unstick, GW dependent)
→VFR departure, climb, basic airwork & handling
→Instrument / VFR pattern, 2–3 closed patterns, one go-around
→Full-stop landing — crosswind controls, brakes / drag chute

Step-Card Data (MDC Excerpt)

•Field elevation / pattern altitude per local airfield (e.g., Barksdale AFB, KBAD)
•Taxi: max 25 kts straightaway, 10 kts turns; nose-gear steering only
•Takeoff: line up, hold brakes, run up to ~80%, release; rotate ~10° pitch
•V-speeds vary by gross weight — reference TOLD page; heavy unstick ~140–160 KIAS
•Climb: 280–300 KIAS / 0.74M; clean up flaps on schedule
•Pattern: 280 KIAS initial, gear/flaps on speed; final ~130–145 KIAS per weight

Grading Focus (Tracker): Smooth control, checklist discipline, communications, on-speed approaches. Standard = grade 3.

Navigation, Instruments & Air Refueling

Phase 2 + 3 · ~1.5–2.5 hrs · Day VMC/IMC · Single-ship

Objective: Conduct point-to-point navigation, instrument procedures, holding, and an air-refueling rejoin/contact with a tanker. Emphasis on system management and precise control.

Tracker Tasks Satisfied (Phase 2)

Instrument Departure · Automation Management · Aircraft Handling Characteristics · Cruise · Configuration Management · Instrument Holds · Instrument IFR Landing · Go Around / Closed Patterns · Missed Approach · ILS Landing · Low Approach · IFR Routing · Waypoint Navigation · VOR/TACAN/GPS Use · Formation Basics · Departure And Recoveries · Mission Planning

In-Flight Sequence

→Instrument departure
→Enroute nav to AR track; holding as briefed
→Tanker rejoin (point-parallel or enroute)
→Precontact → contact → onload
→Disconnect / breakaway
→Post-AR nav to recovery; ILS / instrument approach to full stop

Step-Card Data (MDC Excerpt)

•Air refueling: rejoin airspeed ~270–290 KIAS; contact altitude block per ATO
•Holding: standard pattern, 1-min legs (or per chart); max holding speed per altitude
•ILS: track localizer / glideslope; DA per approach plate; missed-approach climb on runway heading
•Fuel: monitor CG and transfer; keep within limits during onload

CAUTION: The B-52's mass and slow roll response make AR demanding. Trim and stabilize before precontact, use small deliberate inputs, and call breakaway immediately if the picture becomes unstable.

Grading Focus (Tracker): Navigation accuracy, instrument tolerances (±100 ft, ±10 kts, ±5° bank as briefed), AR discipline. Standard = grade 3.

Low-Level, Surface Attack & Night

SURFACE ATTACK NIGHT

Phase 3 + Night Quals · ~2.0–2.5 hrs · Day into Night

Objective: Fly a low-level navigation route, conduct a simulated surface attack with Time-on-Target (TOT) control, then transition to night operations including landing.

Tracker Tasks Satisfied (Phase 3 + Night Quals)

IFR Routing · Waypoint Navigation · VOR/TACAN/GPS Use · Formation Basics · Departure And Recoveries · Mission Planning · Low Visibility Operations · Night Lighting · Night VFR Departure · T.O.T Windows · Instrument Approach · Night Landing · After Landing Checks

In-Flight Sequence

→Departure to low-level entry
→Fly route at 500–1,000 ft AGL at planned airspeed
→IP inbound; weapons release on TOT
→Safe escape; egress
→Transition to night: lighting set, night currency
→Instrument approach; night full-stop landing; after-landing checks

Step-Card Data (MDC Excerpt)

•Low-Level: route study, MSA, terrain clearance, abort criteria
•Surface Attack: IP-to-target run, TOT ±30 sec, safe escape maneuver
•Night: exterior / interior lighting set, night currency, night landing

Altitude500–1,000 ft AGL

Speed~300–360 KCAS

TOT Tolerance±30 seconds

Grading Focus (Tracker): Route / altitude discipline, navigation accuracy, TOT accuracy (±30 sec), surface-attack parameters, safe escape, night currency & landing. Standard = grade 3.

Aerial Refueling — Quick Reference

Study this before Sortie 2. AR is a perishable skill — review it before every refueling mission. The B-52H receives fuel via a boom from a KC-135 or KC-46.

Refueling Envelope

Rejoin / Contact Speed

~270–290 KIAS

Altitude

Tanker-directed block

Pre-Contact Position

Aft & below the boom

Technique

•Trim and stabilize before approaching contact
•Small, deliberate control inputs — lead the slow roll
•Fly the tanker's director lights / reference lines
•If unstable, call and execute breakaway immediately

Common Errors

✗Chasing the boom with large inputs
✗Not trimmed / stabilized before contact attempt
✗Fixating on the boom, losing tanker reference
✗Overcontrolling in roll due to slow spoiler response

Weapon Systems Reference

Know your weapons before Sortie 3. The B-52H carries an enormous, varied conventional payload across the internal bomb bay and external wing pylons. Each system has different employment parameters and delivery requirements.

JDAM Precision / GPS

GBU-31 / GBU-38

• GPS-guided, all-weather precision strike
• Pre-planned fixed target coordinates
• High-altitude delivery preferred
• No laser required — set and forget

LJDAM Precision / Laser

GBU-54 Laser JDAM

• GPS + laser terminal guidance
• Effective vs moving / dynamic targets
• Laser leg requires line-of-sight
• Used when target may shift post-release

GP Unguided

Mk-82 / Mk-84

• Mk-82: 500 lb general purpose bomb
• Mk-84: 2,000 lb general purpose bomb
• Area effect — requires stable delivery parameters
• Low-level delivery demands precise release timing

JASSM Stand-Off

AGM-158 JASSM / JASSM-ER

• Long-range stand-off cruise missile
• Reduces aircraft exposure to threats
• Pre-programmed target coordinates
• High survivability; autonomous terminal guidance

ALCM Strategic Stand-Off

AGM-86 ALCM / CALCM

• Air-launched cruise missile (signature B-52 weapon)
• Very long range, terrain-following profile
• Carried internally (CSRL) and on wing pylons
• Pre-planned strategic targets

MINES Maritime

Quickstrike / Naval Mines

• Aerial mining of harbors and sea lanes
• Mk-62/63/64 Quickstrike family
• Pattern delivery along planned lay
• Core B-52 maritime interdiction role

RULE

Weapons Safety Rules

!Verify target coordinates before any release
!Confirm safe escape maneuver for delivery altitude
!No weapons hot until IP inbound, cleared by IP
!Abort if stable delivery parameters cannot be met

B-Course Training Tracker

Your IP records each task on the 96th BS tracker using the 0–4 scale. A grade of 3 is required to complete each task; anything below 3 must be re-flown. Track your progress through the academic items and the three sorties.

Phase	Event	Type	Grade	Date / IP
I	Academic — Systems, Performance & Procedures	Self-Study	—	________
I	Flight Planning (SimBrief) & TOT	Self-Study	—	________
II	S1 — Transition & Instrument Fundamentals	TRANS	____ / 4	________
II	S2 — Navigation, Instruments & Air Refueling	AR	____ / 4	________
II	S3 — Low-Level, Surface Attack & Night	SAT / NIGHT	____ / 4	________

Grades (per task): 0 Unsafe · 1 Limited · 2 Essentially correct · 3 Standard (required) · 4 Exceptional.

Phase III

Qualification & Grading Standards

Every task in the 96th BS B-Course tracker is graded by the IP on a 0–4 scale. A grade of 3 is required to successfully complete each task. The culminating Sortie 3 (Low-Level, Surface Attack & Night) serves as the final qualification ride — your IP will evaluate the complete mission and record grades against the tracker.

Grading Criteria (0–4)

Unsafe

Performance was unsafe or indicated lack of ability or knowledge.

Limited Proficiency

Safe but limited proficiency. Unaware of / does not correct mistakes.

Essentially Correct

Recognizes and corrects errors.

Standard — Required to Pass

Correct, efficient, skillful, and without hesitation.

Exceptional

Performance reflects an unusually high degree of ability.

Final Qualification Ride (Sortie 3)

1Independent SimBrief mission plan filed and briefed
2Departure and en route navigation — IFR procedures
3Low-level route at 500–1,000 ft AGL with TOT requirement
4Surface attack — IP-to-target run, weapons on TOT (±30 sec), safe escape
5Transition to night — lighting, night currency
6Instrument approach and night full-stop landing at KBAD

NOTE: Any task graded below 3 must be re-flown before B-Course completion is awarded.

B-Course Completion

Once every tracker task is graded 3 or higher across the three sorties, the pilot is authorized to operate the B-52H Stratofortress under vGSC in vTAC MAJCOM operations. B-Course certification is logged by the vGSC training office and reflected in your vTAC qualification record.

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