ARMSNET
Military Equipment Database
Initializing 0%

B61 Mod 12

B61 Mod 12

Bombs
Spotted an error? Sign in to suggest an edit.
Basic Information
Name
B61 Mod 12
Designation
B61 Mod 12
Alternate Designation
B61-12
Equipment Type
Bombs
Manufacturer
Boeing
Date of Introduction
2024
Description

The B61 Mod 12, with an estimated accuracy of 30 meters and an intended service life of 20 years, is fitted with a 50 kilotons nuclear warhead far more suitable for tactical use due by its low yield, higher reliability and accuracy. Alternatively the Mod 12 can yield 0.3, 5 or 10 kilotons. Development of the new bomb is being carried out by Boeing and will feature a glider to provide increased standoff capability compared with previous gravity nuclear bombs. Besides, the new bomb will leverage Boeing's Joint Direct Attack Munition (JDAM) technology for increased accuracy. The B61-12 may enter service after 2017 integrated with the F-35 stealth fighter aircraft and the B-2A stealth bomber. NATO allies buying the F-35 may use the new nuclear bomb as well. The USAF may procure 400-500 B61-12 bombs replacing all the previous models except the Mod 11 models that may stay in service for another decade. The B61-12 may replace the B83 nuclear bomb as well. Production started in May 2022 with deliveries due to complete by 2026.

Overview (Deagel)
Group Bombs
Status Under Development
Also Known As B61-12
Origin United States of America
Contractor Boeing
Initial Operational Capability (IOC) 2024
First Flight July 2015
Total Production 480
Development Cost USD $9.5 billion
Unitary Cost USD $19.8 million
Specifications (Deagel)
Dimensions — Diameter 330 millimeter
Dimensions — Length 3.6 meter
Mass — Weight 320 kilogram
Performance — CEP 30 meter
Time — Service Life 20 year
Yield — Yield 50 kiloton
Variants
Variant 1 B61
Variant 2 B61 Mod 12
Variant 3 B61 Mod 13
Details
Country of Origin United States
Classification
Domain
Ground
Equipment Status
Active
Dimensions
Length
3.6 m
Width
Height
Weight
320 kg
Operators (1)
United States
Something went wrong. Please reload the page. Reload