Bravo ESAD

Bravo ESAD

Safe & Arm Systems / Electronic

Bravo
ESAD

An electronic safe-and-arm device family available with EFI or EBW initiation options.

Tandem and zero-delay activation options support program-specific configuration and integration within controlled weaponization architectures.

Initiation OptionsEFI / EBW
Reference Footprint64 × 50 mm
Thickness30 / 50 mm
Reference Weight90 / 100 g

Electronic Safety Device

Key Features
  • Electronic safe-and-arm device available with EFI or EBW options
  • Initiation options: EFI / EBW
  • Length: 64 mm
  • Width: 50 mm
  • Thickness options: 30 / 50 mm
  • Reference weights: 90 / 100 g
  • Activation options: Tandem / zero delay

Reference Product Data

Technical Specifications

The values below describe the supplied Bravo ESAD reference family.

Specification Value
Product type Electronic safe-and-arm device
Initiation options EFI / EBW
Length 64 mm
Width 50 mm
Thickness 30 / 50 mm
Weight 90 / 100 g
Activation Tandem / zero delay

Configuration Options

Integration Context
Electronic Safe-and-Arm Architectures
Tandem Activation Configurations
Zero-Delay Activation Configurations

Program-Level Characteristics

Shared Safety Architecture

The characteristics below apply to the supplied AIA program-level safety architecture and are not presented as standalone specifications of the Bravo ESAD component.

  • Dynamic, heterogeneous dual-path redundancy architecture
  • Encrypted user commands and configurable physical arming conditions
  • Optional external sensor input
  • Normally-safe architecture and EMI-insensitive design options

Qualification Framework

Reference Standards
MIL-STD-1316
STANAG 4187
MIL-STD-331
MIL-STD-810

Integration Note

Controlled Interfaces and Qualification

Final mechanical, electrical, data, safety, and activation interfaces are defined for each carrier program through a controlled Interface Control Document and qualification plan.

Discuss Bravo ESAD Integration

All values shown are reference data. Final configuration, standards compliance, safety architecture, platform compatibility, qualification, availability, and delivery are subject to engineering assessment, testing, contractual agreement, applicable regulations, export-control requirements, and end-user approval.
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