BSN NAL Handheld Tracker With Removable Antenna (SHOUT nano)

BSN NAL Handheld Tracker With Removable Antenna (SHOUT nano)

The SHOUT nano is commonly deployed for remote worker safety, field-team coordination, expedition logistics, and contingency communications. Vendor and manufacturer materials emphasize the device’s ultra-low power operation (very low sleep current), compact dimensions, and configurable operation for either commercial or government/DoD Iridium gateway environments depending on program requirements.

Design and Features

Compact handheld construction

Manufacturer specifications list dimensions of approximately 101–102 mm × 56 mm × 20 mm (about 4.0 × 2.2 × 0.8 in) and a weight of about 184 g (6.5 oz), positioning SHOUT nano as a “pocket-sized” satellite tracker compared with larger handheld satellite terminals.

Removable-antenna configuration

Some procurement and program listings describe SHOUT nano variants as being supplied with a removable antenna (often to support field replacement, transport, or the use of external antenna accessories in certain installations). For example, one mission systems catalog explicitly lists a “SHOUT Nano R” configuration “with removable antenna.”

Display and menu-driven interface

SHOUT nano is specified with a high-resolution color LCD and icon-style menus intended to speed navigation compared with line-text interfaces. Messaging is described as supporting free text, canned text, and combinations of both using on-screen keyboard layouts (commonly referenced as multiple keyboard sets for message entry workflows).

Tracking modes and operational functions

Product information commonly describes these service modes:

• Normal tracking (periodic position reports, ranging from frequent reporting to long intervals)

• Waypoint tracking (sending/saving points of interest for later retrieval)

• Check-in (single-action quick message)

• Emergency alert (guarded “911” activation sequence)

Emergency alerting

SHOUT nano includes an emergency alert capability described as sending alerts to a designated monitoring center following a 911 activation sequence, enabling the user and operations staff to exchange follow-up messages to clarify the situation.

Technology and Specifications

Satellite network and service type (Iridium SBD)

SHOUT nano uses Iridium SBD, a packet-based satellite data service intended for short messages and telemetry. In typical deployments, the device collects a GNSS fix, packages a location report or message payload, and transmits it through Iridium satellites to an Iridium gateway and onward to a monitoring platform, email/SMS relay, or enterprise integration.

Ultra-low power design

A central design theme is extremely low standby consumption—described as less than 35 microamps (µA) in sleep mode—supporting long-duration tracking with infrequent charging.

Battery and endurance

Manufacturer specifications list a 1.95 A-hr rechargeable Li-ion battery. Product literature commonly states the device can send hourly position reports for up to about two months, with report-count examples often cited in the ~1,200 to ~1,500 report range depending on configuration and source.

GNSS/GPS performance

Published specifications describe a GPS-based positioning function with stated positional accuracy (for example, 2.5 m listed in manufacturer specifications), supporting tracking and location payloads transmitted over SBD.

RF and environmental specifications

Manufacturer specifications list Iridium operating frequency 1616 to 1626.5 MHz and an operating temperature range commonly stated as –20°C to +60°C (manufacturer product page), while some reseller brochures list wider ranges depending on documentation version. Durability references include MIL-STD-810G and MIL-STD-461G in manufacturer specifications.

Security and encryption options

SHOUT nano documentation and manufacturer materials describe optional 256-bit AES encryption and PECOS formats (including brevity-code workflows in certain implementations), positioning the device for deployments requiring message confidentiality beyond standard payload transmission.

Applications and Use Cases

Remote worker safety and lone-worker monitoring

In mining, utilities, oil & gas, forestry, construction, and infrastructure maintenance, SHOUT nano is used for scheduled GPS check-ins, routine tracking, and short two-way messaging when cellular coverage is poor or non-existent—supporting basic “where are you” visibility and status reporting.

Expeditionary travel and remote field logistics

For expeditions, guiding, scientific field teams, and remote travel operations, SHOUT nano functions as a two-way satellite messenger with tracking, enabling coordination, waypoint marking, and periodic position reporting over Iridium SBD in areas far beyond terrestrial networks.

Emergency preparedness and contingency communications

As part of contingency communications kits, SHOUT nano can provide short-burst two-way messaging and emergency alerting during disasters or infrastructure outages—especially when paired with a monitoring endpoint capable of receiving, mapping, and responding to alerts.

Commercial and government program deployments

Manufacturer materials explicitly position SHOUT nano for both commercial and DoD/government applications, with device programming tied to the relevant gateway environment and operational requirements.

Advantages / Benefits

Commonly cited advantages of the SHOUT nano platform include:

• Global Iridium SBD connectivity for remote regions and high-latitude operations

• Ultra-low power sleep mode supporting extended tracking deployments

• Two-way messaging (inbound/outbound) for confirmation and coordination

• Emergency alerting via a guarded 911 activation sequence

• Encryption options (AES-256 / PECOS) for secure messaging programs

• Removable-antenna variant availability in certain procurement configurations

FAQ Section 

What is the BSN NAL SHOUT nano?

The BSN NAL SHOUT nano is a compact handheld Iridium SBD device that provides two-way messaging, GPS tracking, and emergency alerting for remote operations beyond cellular coverage.

How does SHOUT nano work?

SHOUT nano obtains a GPS location fix and transmits location reports or messages over the Iridium satellite network using Short Burst Data (SBD), then receives inbound messages through the same service for two-way communications.

Why is SHOUT nano important?

It supports remote safety and coordination by enabling scheduled tracking, check-ins, and emergency alerts when terrestrial networks are unavailable, with optional AES-256/PECOS encryption for programs that require secure messaging.

Where can I buy SHOUT nano?

SHOUT nano is sold through specialized satellite communications resellers and integrators; public listings show example device pricing and service-plan bundling. Buyers typically confirm current stock and service compatibility at time of purchase.

What are the benefits of SHOUT nano?

Key benefits include ultra-low power operation, two-way messaging, GPS tracking, guarded emergency alerting, and optional AES-256 encryption, all delivered through global Iridium SBD connectivity.

Does SHOUT nano come with a removable antenna?

Some procurement configurations are explicitly described as providing SHOUT nano with a removable antenna, which may support replacement or external-antenna accessory workflows depending on the program.

Summary

The BSN NAL SHOUT nano is a compact Iridium SBD handheld designed for two-way satellite messaging, GPS tracking, and emergency alerting with an emphasis on ultra-low power field operation. With published support for icon-driven menus, on-screen keyboard messaging workflows, optional AES-256/PECOS encryption, and removable-antenna configurations in some programs, it remains a recognized option for remote safety and operational tracking use cases.