Skip to content
MarketScale
‹ Back to IndustriesProfessional AV

Lost and Found: Inside Search and Rescue Operations

How specialized teams navigate communication breakdowns and unforgiving terrain to bring people home safely

This story was produced through MarketScale. See how Professional AV teams put it to work with Customer Stories & Case Studies.

By Pro Av · Erik SwansonIcomKing County Search and RescueNathan Lorance
Share

Key takeaways

01

How specialized teams navigate communication breakdowns and unforgiving terrain to bring people home safely

Get featured

Want to get featured in MarketScale Professional AV?

Create a free MarketScale workspace and get your company's expertise featured across our Professional AV coverage. No credit card, no demo required.

Start free

In the rugged and often treacherous terrain of the North Central Cascades, search and rescue operations are a vital lifeline for those who find themselves lost or injured. Erik Swanson, Operations Leader, and Nathan Lorance, President of King County Search and Rescue, share their experiences and insights into the complexities and challenges of these missions, exploring the technology, strategies, and human elements that are critical to successful operations.

What makes search and rescue operations so crucial, and how do teams overcome the daunting challenges of communication and terrain?

The combined expertise of Swanson and Lorance sheds light on these questions, providing a detailed look at the inner workings of search and rescue missions and the essential tools that make these life-saving efforts possible.

Swanson and Lorance recount their journeys into the world of search and rescue, sparked by personal connections and fueled by a commitment to helping others. Their analysis offers a comprehensive look at the strategies and technologies that are pivotal in navigating the difficult landscapes where these missions take place.

Key Takeaways from Swanson and Lorance:

  • Communication Challenges: The mountainous terrain and dense foliage of the I-90 corridor in Washington pose significant communication obstacles. Teams often struggle to maintain contact with the base and each other, relying heavily on two-way VHF radios, which serve as a critical lifeline.
  • Technological Innovations: Advances in data telemetry and GPS tracking have transformed search and rescue operations. These technologies allow for precise tracking of field teams and the swift location of missing individuals, significantly improving the efficiency and success rates of rescues.
  • Adaptability and Training: Search and rescue teams must be highly adaptable and prepared to pivot quickly in response to changing situations, such as injuries within their own ranks or new missions arising during training exercises. Comprehensive training programs ensure that team members are ready to handle a wide range of scenarios and terrains.

The experiences of Swanson and Lorance highlight the dedication and expertise required in search and rescue operations. By leveraging advanced communication technologies and maintaining rigorous training standards, these teams can navigate the most challenging environments to save lives.

Video TranscriptExpand ↓

Command team three, radio check. Five one two one point five three six six nine. Good copy. Good copy on the coordinates. A friend of a friend became lost while solo peak begging in the North Central Cascades, and I got the word that he was missing. And that actually kinda really sparked that interest to I I I wanna go out there. I'll go home and I'll pack my pack, and I just need someone to call me and where to go. Well, no one's calling some random person to go out and help. But so I had to search more and and actually find the organization. I got into volunteering with Search and Rescue a little over thirteen years ago. I started off with a local community CERT program. And, once I completed that training realized that unless we had a a large area natural disaster that the training and effort that I was willing to invest just really wouldn't get used very often. I learned about, volunteering with search and rescue through a neighbor and good friend and joined the Explorer Search and Rescue training program and haven't looked back since. We have a lot of mountains around here, and, often we are on the wrong side of the mountain from the person we are trying to talk to. So, you know, get getting clear communications is often very challenging. We can have teams that are isolated and unable to, you know, make contact with base. So and base doesn't know exactly One of the largest communication challenges that we face in the resources they need. One of the largest communication challenges that we face in the field is the terrain that we, have most of our missions in. Probably over seventy percent of our missions are, along the I ninety corridor here in Washington. And it's, generally mountainous terrain with lots of wonderful lush, foliage. And so propagation of RF, is already severely limited. Add to that, the natural train from a trail head where a command post might be to where a subject might be located on another valley over, makes it a constant challenge to make sure that we can always communicate with the field teams that are out looking to rescue someone. We we need to be able to communicate both from the teams back to base and also between the teams to keep ourselves aware of what this what our situation is, where we are located, what the situation of an injured subject is, and there's no better way to do that for us than than having two way radios. Phones are sometimes useful, but, we're often working in areas where there is no good phones phone coverage. Two way VHF radios are a life and death link between our command staff, the the sheriff's office that we work under, and the field teams that are out looking for a lost or injured subject. Failing that, you know, we we have to figure out what our backup plan is at that point. So, you know, sometimes we'll using inReach communication, which is very short messages and a long lag time. But if we are really out of contact with each other, you know, we start just having to backtrack to places where we can get communications. Or again, talk about relays. So if I if I can't reach base directly, I will try calling out for another team who may be able to hear me and who can then relay my message back to base. Once we got them programmed, we're able to select our channels easily and communicate. I been having problems with them. I personally love, my Icom radios because they are, incredibly reliable. The radios that I have in my truck, the hand towels that I personally own, they've been a lifeline that I know when I need to grab it and communicate something, whether that's to a command, base or to a team in the field, I know that I have the best possible chance of getting my signal through to them. Right now, we have different ways of getting team locations live. A lot of that is done via our our telephones and that being transmitted back to base. It would be nice to be able to just pick it all off one one single thing. You hand a team member a radio, they've got communications, and they have GPS location communications back as well. A lot of the missions that we go on now, have changed from a search and rescue to a we know exactly where you are and rescue you. And so, data telemetry, tracking of field teams and their statuses has revolutionized how we approach search management, the tracking of resources, and really being able to play that that large chess game of moving the pieces into the the correct places, finding the subject that we need to rescue, and getting them back to a higher level of care. We have had, you know, our own our own people get injured in the middle of training. So we have had, you know, men that's been, twisted ankles, things like that. So we have to pivot at that point and focus our efforts on getting our injured person out of the field. We have also had other missions come up not in our immediate area. Like, for example, we were doing training on Tiger Mountain, and there was a pack out of an injured person on, I think it was Mount Si. And so we actually did pivot. We we pulled our teams out of the field, trainee teams, and moved them over to Mount Si to assist with that pack out. The event that we're at today, is a culmination of six months of training for our explorer search and rescue trainees. This weekend, functions as a series of of mock realistic missions that happen across a wide range of different terrains, with a wide range of, realistic scenarios with patient care. So to force them the opportunity to search for a missing subject, to participate in the patient care of someone, and most importantly, the practice of the litter of carrying someone back out so that we can get that person to a higher level of care.

Your experts belong here

Every story in MarketScale Professional AV starts with a company putting its integrators, design engineers, and product specialists on the record. Buyers are already reading this topic. The only question is whose experts they find.

When a spec writer or facilities lead searches this category, your integrators are what they find instead of a competitor.

Get your team featuredSee how it works15 minutes, straight to a calendar.

About the author

PA
Pro Av

Follow Professional AV Insights

Get new expert content in your inbox.

Professional AV: are you visible to AI?

Before they reach out, Professional AV buyers ask AI engines which vendors to trust. Explore how your experts, customers, and partners can become useful content for buyers and AI search.

Free plan

You just read one Professional AV expert. Your company is full of them.

This article was produced through MarketScale. The same platform turns your integrators, design engineers, and product specialists into the articles, video, and social content Professional AV buyers are searching for. Create a free workspace and see it with your own people. No credit card, no demo required.

NPS +73 · 1,000+ creators · 38+ countries

What you get, free

Your own MarketScale workspace, up to 10 people
One professional video edit a month for qualifying companies
Media requests to your crowd, remote recording, AI writing tools
$0, no credit card, nothing that expires

More Professional AV Insights

UWYES Announces 500-Unit Digital Signage Project for Mexico With Tocn

UWYES has announced a 500-unit digital signage project for Mexico with Tocn. The project emphasizes agreeing on display environment, installation conditions, network readiness, content-operation ownership and acceptance criteria before deployment, an approach intended to help prevent late-stage changes.

  • 01500-unit digital signage deployment scope agreed between UWYES and Tocn for the Mexican market
  • 02Approach centers on agreeing display environment, installation conditions, network readiness and acceptance criteria before equipment is deployed
  • 03UWYES provides smart TV, commercial display, interactive whiteboard, kiosk and gaming-monitor solutions for distributors and integrators

Sep 16, 2026

Campus AV-over-IP: a 10GbE switching and one-dashboard control buy

Campus AV-over-IP: a 10GbE switching and one-dashboard control buy

AV refreshes are starting to read more like network procurement decisions. Many designers now specify 10 Gigabit Ethernet for headroom, and campuses want a “single pane of glass” to monitor and control rooms. That shifts cost and risk to the IP network: bandwidth, governance, and the support model.

  • 01Many designers are specifying 10GbE headroom for AV-over-IP devices such as 4K monitors, according to Church Production Magazine, which turns classroom and venue upgrades into a switching and backbone procurement decision.
  • 02IMS Technology Services frames campus-wide standard room packages and a “single pane of glass” for monitoring and control as the support model, fewer room variants means fewer configs, spares, and escalation paths.
  • 03Church Production Magazine points to the cost jump as baseband routers grow from 16x16 to 64x64 and beyond, a pain point that underpins AV-over-IP’s argument for commercial-off-the-shelf switches over vendor-specific distribution hardware.

Sep 14, 2026

$1,499 SDM module puts Dante AV Ultra inside the display

$1,499 SDM module puts Dante AV Ultra inside the display

Adtechno’s $1,499 DAV-03SBL is designed for Intel SDM-L displays and projectors, per rAVe [PUBS]. It makes the display the Dante AV Ultra endpoint, which can mean fewer edge boxes but concentrates risk in switching, power, and device management.

  • 01If a display can be the decoder, the RFP shifts from “which wall box?” to “which switch config and management plane?” That’s where risk and labor move.
  • 02A single 1GbE link carrying 4K60 4:4:4 plus embedded audio (per Adtechno via rAVe [PUBS]) makes per-endpoint bandwidth assumptions, uplink sizing, and multicast policy central to planning.
  • 03Adtechno is building a family around Dante AV Ultra, with DAV-02 encoder/decoder (Digital Signage Today) and an SDM module that can standardize endpoints across signage and rooms.

Sep 13, 2026

Explore More Professional AV Insights

Read more expert perspectives from across Professional AV.

Browse Professional AV Hub

About the Expert

PA
Pro Av

For B2B teams

Your experts could be publishing here

Stories like this one run on content MarketScale captures from real practitioners. See how your team's expertise becomes coverage in Professional AV and beyond.

Book a 15-minute demo

Or call us. No forms required. We pick up. 214-945-2512