← Nepal Disaster Capacity ObservatoryPilot

Nepal Disaster Capacity Observatory · Pilot

Building a Strong
Disaster Response Capacity

Nepal has skilled responders, substantial local knowledge and institutions that repeatedly mobilize under pressure. What it lacks is the machinery that converts those strengths into reliable national capability before loss becomes irreversible.

Current capacity and the gap

Five capable parts do not yet form one system.

Civilian systemNepali ArmyArmed Police ForceNepal PoliceTechnical and local networks

Capable parts→The missing middle→No owner of the whole chain

MobilityCritical

Scarce aircraft, broken roads and institution-controlled transport constrain remote rescue.

CommandFragmented

Policy authority and operational control remain divided across several chains.

Territorial reachUneven

Capability is concentrated while difficult terrain carries the longest access times.

Local readinessUnderpowered

Municipal staffing, equipment, finance and technical depth vary widely.

The system Nepal needs

One civilian-directed service across the whole chain.

AuthorityCivilian disaster executiveStandards, activation and public accountability

↓

OperationsJoint uniformed command

TechnicalCivilian specialist command

↓

DeliverySeven regional formations + local cellsPermanent coverage linked to provincial and municipal plans

Planning case7,000 personnel

70% · regional15% · surge15% · technical

A single readiness portfolio for earthquakes, floods, landslides, tunnel rescue, wildfire, medical emergencies, WASH, logistics and communications.

Capable institutions→Own the missing middle→One national response system

The record since 2015

Response has improved. The distance still to travel remains substantial.

The 2015 earthquake and the 2026 Bhotekoshi flood stand apart from the floods, landslides, wildfires and other disasters Nepal endured between them.

Warnings, evacuation and rescue were stronger in 2026. Delayed access to heavy equipment, divided operational authority and late specialist reinforcement still exposed the cost of the missing middle.

Test

Bhotekoshi flood · 26 August 2026

The warning moved faster than the machinery

Mass warning and evacuation worked. Access, specialist reinforcement and a shared operational picture lagged.

Early warning reach679,295

SMS alerts sent through Nepal Telecom and Ncell

People rescued10,459

national count reported on 31 August

Air operations411

Army helicopter sorties by 31 August

Personnel mobilized20,899

security personnel reported deployed

What worked

Warning, evacuation and immediate care

District authorities called downstream before automated gauge thresholds were crossed.
About 1,643 students were evacuated in Bidur; one school compound was destroyed minutes later.
The health emergency system and WHO-supported cluster activated within hours.

Where the system broke

The missing middle became visible

Road loss stranded heavy equipment while rescuers dug at tunnel sites by hand.
First responders worked with limited equipment and without dedicated food rations or emergency supplies for sustained operations.
Foreign tunnel-rescue and forensic help was requested only after an initial refusal.
Operational command and the public information picture remained divided across institutions.

National capacity in an international operation

Relief arrived by network, aircraft and specialist team

The response depended on a large domestic humanitarian network and on foreign capabilities that Nepal could not quickly generate itself.

77branches

8,319local units

127,637volunteers listed by IFRC

Nepal Red Cross Society provided water, shelter, first aid and essential supplies. IFRC released nearly CHF 1m immediately and launched a CHF 25m emergency appeal. Its territorial network is a core national capability, although volunteer counts vary across IFRC publications and deployable strength is not stated.

India4 relief flights

Three C-130J and one C-17 flight; supplies, earthmoving support and specialist tunnel and forensic teams.

China2 Y-20 flights + Mi-17 lift

Relief cargo and an Mi-17 mission carrying tunnel equipment from the border area; Chinese tunnel specialists deployed.

United States2 recorded cargo flights

A C-130J and a chartered Boeing 747-400 carried relief supplies.

AustraliaSpecialist deployment

A 15-person disaster team with drone operators followed 19 Australian personnel already dispatched; support reached A$11m.

United KingdomSupport acknowledged

Nepal formally listed UK assistance; available public records reviewed here do not yet identify a distinct UK relief flight.

The air-capability decision

More helicopters do not automatically solve the lift problem

Light utility helicopters, heavy external lift, fixed-wing cargo delivery and valley-level flight coordination solve different problems.

Immediate fleet7 Army + 8 private helicopters

The domestic rescue fleet reported flying after the flood; integrated dispatch was described by NDRRMA.

Heavy-lift gapExcavators, bridges and pumps

Nepal requested aerial cranes or heavy-lift helicopters and later sought high-capacity cargo drones.

US Bell package8 helicopters committed

Six newly accepted Bell aircraft plus two earlier commitments under a US$100m assistance package; deliveries extend beyond the present emergency.

Army counter-requestDifferent air asset

The Army sought aerial cranes or heavier-lift aircraft better able to sling construction materials into roadless terrain.

26 Aug · 08:40Impact

The flood entered Nepal through the Bhotekoshi–Trishuli corridor.

By 09:15Warn

A district call preceded gauge thresholds; 679,295 SMS alerts were sent and schools downstream evacuated.

26–31 AugRescue

10,459 people were reported rescued. Army aviation recorded 411 sorties by 31 August.

29–30 AugBottleneck

Cut roads prevented excavators reaching trapped hydropower workers; machinery had to be dismantled for airlift.

30 Aug onwardReinforce

Nepal requested foreign tunnel-rescue, forensic and technical assistance after initially declining outside teams.

The current system

What Nepal can deploy now—and why it is not enough

The constraint is not an absence of capacity. It is the gap between institution-owned resources and nationally usable capability.

Overall judgmentFragmented

Strong components, weak integration

Most serious bottleneckMobility

Aircraft, roads and remote access

Least visible measureReadiness

What can deploy today

Front-line weaknessLocal depth

Uneven municipal staff and finance

People

Partial

Specialist teams exist across the Army, Police and APF, but public figures do not separate trained, deployable and available personnel.

Command

Fragmented

Civilian authorities coordinate policy while operational control remains divided among service and subnational chains.

Territorial reach

Uneven

National capability is concentrated in fixed bases while the hardest terrain carries the longest access times.

Mobility

Critical

Remote rescue depends on scarce aircraft, roads and institution-controlled transport.

Equipment

Opaque

Training is visible; equipment location, compatibility, maintenance and availability are not.

Local readiness

Underpowered

Municipalities arrive first but vary widely in permanent staff, finance, communications and technical depth.

Institutional picture

Five parts of one incomplete system

No institution needs to disappear. Their capabilities need common tasking, standards and territorial planning.

Civilian system

NDRRMA, Home Ministry, provinces and municipalities

Contribution: Mandate, local knowledge and democratic authority
Convergence gap: Limited control over deployable assets and uneven local capacity

Nepali Army

Heavy rescue, aviation, engineering and logistics

Contribution: Scale, discipline and specialist training
Convergence gap: Civilian response depends on military-controlled mobility

Armed Police Force

Water rescue, border reach and specialist response

Contribution: Dedicated school and eight publicly described regional teams
Convergence gap: Limited independent mobility and incomplete readiness data

Nepal Police

First response, public safety, information and rescue

Contribution: Nationwide presence and reported specialist units
Convergence gap: Disaster work competes with policing and depends on outside airlift

Technical and civic network

Health, forecasting, engineering, logistics and volunteers

Contribution: Essential specialist and community capability
Convergence gap: Often connected after impact rather than built into command

Institutional memory

Proposed, delayed or abandoned

A record of aviation, equipment and readiness proposals that were reversed, deferred or left unrealized.

1996–2000

Police aviation

Police helicopter proposals were submitted in 1996 and 1997. A purchase was approved in 2000, then reversed.

Reversed

2000s–2026

Police aviation

Successive police chiefs renewed calls for dedicated aircraft; Nepal Police still reports dependence on Army helicopter missions.

Not realized

Repeated requests

APF aviation

APF officers say proposals for light helicopters for disaster response were repeatedly submitted but not approved.

Not approved

2017

Army medium helicopter

A government-approved disaster-response helicopter purchase was put off after bids exceeded the price ceiling.

Deferred

2021–22

NDRRMA equipment

World Bank procurement records list communications systems, vehicles and emergency trackers as cancelled or still pending at the reporting date.

Mixed / incomplete

2025

Monsoon plan

The national plan instructed all 753 local governments, but a later national conference recorded that implementation was ineffective despite early preparation.

Implementation gap

2024–26

US-supported helicopters

Nepal debated eight offered Bell helicopters while the Army sought heavier-lift capability. Six were accepted in 2026, with delivery timing still uncertain.

Accepted; delivery pending

Funding and historical investment

Large recovery envelopes; an unclear readiness baseline

The record becomes intelligible only when actual expenditure, annual appropriations, partner commitments and disaster losses are kept as separate tracks.

Public post-disaster expenditureNPR 438.75bn

recorded from 2015 to 2020, driven principally by earthquake reconstruction

NDRRMA actual, FY2023/24NPR 1.15bn

reported expenditure after supplementary transfers and relief spending

Persistent blind spotWhole-of-state total

security-force, local-government and ministry response costs remain dispersed across budget lines

Track 1 · Government post-disaster expenditure

2015NPR 21.57bn

Earthquake response and reconstruction

2016NPR 46.67bn

Reconstruction expenditure increased

2017NPR 66.00bn

Reconstruction expenditure

2018NPR 135.23bn

Highest annual expenditure in the series

2019NPR 104.89bn

Reconstruction expenditure

2020NPR 64.39bn

Final year in the consolidated series

The series captures public post-disaster spending—overwhelmingly earthquake reconstruction—not Nepal's standing preparedness and readiness budget.

Track 2 · NDRRMA budget and reported actual outlay

FY2020/21NPR 0.41bnNPR 0.61bn net budget

67% spent after the authority's initial NPR 50m allocation was increased

FY2021/22NPR 1.63bnNPR 2.37bn budget

NPR 0.79bn reported for relief and rehabilitation

FY2022/23NPR 0.69bnNPR 1.62bn budget

NPR 0.05bn reported for relief and rehabilitation

FY2023/24NPR 1.15bnNPR 0.19bn initial budget

Reported actual exceeded the opening allocation after transfers and relief spending

FY2024/25Actual not reportedNPR 0.18bn budget

Latest comparative table publishes the allocation but not actual expenditure

FY2025/26Actual not reportedNPR 0.22bn budget

Budget allocation; execution will be known only after year-end reporting

NDRRMA expenditure is only one part of the public response system. It excludes much of the Army, Police, APF, provincial and municipal cost. Home Affairs identified NPR 22.8m specifically for emergency preparedness and response in FY2021/22; other costs remained embedded in broader programmes.

Track 3 · Reconstruction budget allocations

FY2021/22NPR 33.55bnReconstruction

Post-earthquake reconstruction appropriation

FY2022/23NPR 2.0bnHeritage only

Does not represent total reconstruction spending

FY2023/24—Not consolidated

Reconstruction was distributed across budget lines

FY2024/25~NPR 21.6bnBudget allocation

Earthquake and monsoon reconstruction

FY2025/26NPR 18.5bnBudget allocation

Earthquake and monsoon reconstruction

Track 4 · Documented damage, loss and recovery need since 2015

2015 Gorkha earthquakeNPR 700.46bn total effects

NPR 513.38bn damage + NPR 187.08bn losses; recovery needs NPR 666.31bn

2017 Tarai floodsNPR 60.72bn effects

Damage and loss assessment; recovery needs NPR 73.22bn

2021 off-season floodsNPR 6bn loss

National estimate; Melamchi damage was not consolidated into the same total

2023 Jajarkot earthquakeNPR 58bn damage

NPR 63.58bn reconstruction estimate

2024 monsoon disastersNPR 46.68bn loss

Preliminary NDRRMA estimate excluding housing

2026 Bhotekoshi flood~NPR 400bn loss

Preliminary NDRRMA figure; minister cited US$4–5bn for reconstruction

Track 5 · Who financed prevention, relief and recovery

UN agencies and multilateral institutions

Mobilized by April 2016

UNDP earthquake recovery

US$15.36m

UNDP resources plus bilateral, private and individual contributions for early recovery

Approved in 2025

UNDP–GCF glacial-risk programme

US$36.1m grant

Seven-year prevention programme; about US$14m additional co-financing brings the package near US$50m

Activated in 2022

UN CERF anticipatory action

US$3.2m

WFP, UNFPA and UN Women support before severe monsoon flooding

Activated in 2024

UN CERF flood protection

US$3.4m

FAO, UNFPA, UNICEF and WFP anticipatory action in Koshi and Madhesh

Appeal

2024 UN flood response plan

US$17.5m required

Humanitarian and early-recovery requirement; includes the CERF activation above

2025–2026 programme

UNDP Jajarkot recovery

US$1.72m

Funded by Japan and UNDP with UN-Habitat, NDRRMA and local partners

Credits and grants

World Bank housing programme

US$734.54m

Post-earthquake housing support, including trust-fund grants

Approved in 2024

World Bank resilience credit

US$150m

Contingent liquidity after a qualifying emergency

2015–2020 commitments

ADB earthquake programme

US$382m

Loans, grants and technical assistance for reconstruction

Emergency grant

ADB 2026 flood response

US$5m

Immediate relief and response support

Foreign-government support

Announced in 2015

India reconstruction package

US$1bn

US$250m grant and US$750m line of credit; housing, health, education and heritage

Announced in 2015

United States earthquake response

US$130m

Relief and recovery assistance through USAID and partners

Announced in 2015

Japan reconstruction support

US$260m

Schools, housing and public infrastructure; includes loans and grants

Granted in 2015

Japan emergency assistance

US$14m

Delivered through eight international organizations; overlaps agency-level delivery records

Emergency support in 2015

United Kingdom earthquake response

£5m+

Rescue, relief, charities and support for UN helicopter operations

Response and early recovery in 2015

Australia earthquake response

A$28m+

Nearly A$12m emergency relief and A$16m early recovery

Granted in 2023

Australia Jajarkot response

A$0.6m

Humanitarian supplies, protection and early reconstruction through partners

Committed by 30 August 2026

Australia 2026 flood response

A$8m

Supplies, humanitarian support and NGO delivery

Government and reconstruction reference points

Actual public expenditure recorded for the first year of reconstruction

2015 Gorkha earthquake

NPR 21.57bn

Actual public expenditure recorded for the first year of reconstruction

Annual public expenditure as reconstruction accelerated

2016 reconstruction

NPR 46.67bn

Annual public expenditure as reconstruction accelerated

Cumulative post-disaster public expenditure, overwhelmingly earthquake reconstruction-related

2015–2020 expenditure

NPR 438.75bn

Cumulative post-disaster public expenditure, overwhelmingly earthquake reconstruction-related

Cumulative reconstruction cost reported by the 2021 NRA handover

2015 reconstruction

~NPR 470bn

Cumulative reconstruction cost reported by the 2021 NRA handover

Immediate government budget reallocation

2026 flood response

NPR 20bn

Immediate government budget reallocation

Budget allocation for reconstruction of homes, schools, infrastructure and heritage

FY2025/26

NPR 18.5bn

Budget allocation for reconstruction of homes, schools, infrastructure and heritage

How to read the figures

These tracks cannot be added into one total. Actual expenditure, reconstruction costs, opening allocations, damage, economic losses, assessed needs, pledges, loans and grants overlap or measure different things. The FY2023/24 NDRRMA actual exceeded its opening budget because later transfers and relief spending are reflected in the reported outturn. The US$1.7bn recorded for FY2020/21 is total aid across all sectors, not reconstruction spending.

The future capacity

Build one deployable national system

A permanent, civilian-tasked service assembled from existing security, technical and civilian capacity—not another isolated headquarters.

Test a force size7,000

5,00010,000

Headcount is tied to regional coverage, specialist teams, equipment and a funded readiness cycle.

4,900

Regional formations

Seven commands · about 700 each

1,050

National surge reserve

Simultaneous and extreme events

1,050

Technical enablers

Medical, aviation, engineering, logistics and information

01 · Authority

Civilian disaster executive

Sets standards, releases national assets and reports to elected government.

↓

02 · Operations

Uniformed joint deputy

Commands integrated Army, Police and APF formations.

02 · Technical

Civilian specialist deputy

Integrates health, engineering, forecasting and logistics.

↓

03 · Delivery

Seven regional commands

Permanent coverage linked to provincial and municipal readiness cells.

The capability package

Six functions that must work together

Reach

Seven regional formations, local readiness cells and response-time targets

Mobility

Jointly tasked aviation, all-terrain transport, bridging and route clearance

Rescue

Mountain, swift-water, urban search-and-rescue, wildfire and recovery modules

Care

Triage, stabilization, medevac, WASH, shelter and protection

Information

Common radio, forecasting, mapping, assessment and public warning

Prevention

Risk mapping, resilient construction, wildfire management, exercises and local training

Force design at 7,000 personnel

Equipment follows mission and geography

Each province holds a first-response package. The centre maintains scarce aviation, tunnel, engineering and simultaneous-event capacity.

Each of seven provincial formations

On standby close to risk

700 personnel
1 light utility helicopters
14 surveillance drones and 6 cargo drones
2 urban search-and-rescue team
3 swift-water teams
1 Bailey-bridge set with trained erection crew
Portable command, satellite communications, medical, shelter, pumps and power

National surge centre

Scarce and reinforcing capability

1,050 surge personnel plus 1,050 technical staff
7 light and 4 medium helicopters
2 assured heavy-lift aircraft or contracted mission slots
5 tunnel-rescue teams and 3 reinforcing USAR teams
5 reserve Bailey-bridge sets and heavy engineering plant
20 surveillance and 10 cargo drones
National logistics, aviation control, mapping and information cells

Light helicopters

Corps aircraft plus certified civil-operator standby capacity

Medium helicopters

Teams, equipment and sling loads

Heavy-lift access

Owned, leased or guaranteed regional support

Cargo drones

Medicine, radios and supplies across cut roads

Survey drones

Mapping, search, wildfire detection and communications relay

Bailey-bridge sets

Seven forward, remaining sets held for surge

USAR teams

Self-contained structural rescue modules

Swift-water teams

At least two per province at the minimum force

Wildfire modules

Two per province at minimum strength, expanding with the force

National capability inventory

Own the essential core; pool the capacity Nepal already has

The operations centre should see public and private assets in one live register and activate them through agreements settled before an emergency.

Civil aviation

Private helicopter operators and fixed-wing carriers

Aircraft type, payload, crew, airworthiness, base, endurance and dispatch time

Nepal Airlines

Twin Otter domestic lift and international cargo access

Emergency schedules, cargo conversion, remote-airfield access and crew availability

Construction sector

Excavators, cranes, loaders, pumps and low-bed transport

Geotagged equipment, operator roster, lifting capacity, route access and call-out price

Telecom and technology

Mobile cells, satellite links, generators, mapping and cloud capacity

Interoperable kits, restoration priority, emergency spectrum and tested deployment time

Logistics and retail

Warehouses, trucks, fuel, food, water and cold-chain capacity

Framework contracts, minimum reserves, provincial locations and replenishment time

Forestry and communities

Forest user groups, local crews, water points and access trails

Seasonal rosters, protective equipment, radios, fire lines and safe command arrangements

A standing national mission

Wildfire prevention and response

Nepal recorded 6,799 fire incidents in 2021. A warmer, drier fire season requires year-round prevention and a seasonal surge posture.

Before fire season

Fuel and access mapping · community fire lines · water-point inventory · controlled-burning standards · municipal equipment grants · smoke-health plans.

High-risk months

Daily fire-weather outlook · satellite and drone detection · pre-positioned crews · helicopter bucket kits · common radio channels · aviation coordination.

Response package

20 field modules · portable pumps and tanks · hand tools · protective equipment · medics · GIS · logistics and investigation.

Provincial posture

3 modules per province, reinforced by the national reserve, community forest groups and contracted aviation.

Services inside the corps

A deployable service, not a general manpower reserve

Structural rescue

Engineers, shoring technicians, canine teams and heavy-rigging operators

Mountain and tunnel rescue

Rope, confined-space, ventilation, geotechnical and underground medical teams

Flood and water rescue

Swift-water swimmers, boat crews, divers, hydrologists and pump operators

Bridging and access

Bailey-bridge engineers, plant operators, route-clearance and slope-stabilization crews

Medical and protection

Trauma care, paramedics, medevac, WASH, shelter, psychosocial and protection staff

Information and aviation

Forecasting, GIS, drone, communications, air-ground coordination and public-warning teams

Wildfire service

Fire-behaviour analysts, hand crews, smoke and weather intelligence, aviation coordinators and incident logisticians

Five-year establishment programme

NPR 93bn capital and training envelope

Aircraft, drones, engineering plant, bridge sets, rescue systems, communications, regional bases, initial training and maintenance reserves.

NPR 65bn

Domestic capital

Core fleet, bases, equipment and systems Nepal must control.

NPR 23bn

Partner finance

Grants and concessional support for specialist equipment, standards and training.

NPR 5bn

Regional arrangements

Exercises, technical assistance and guaranteed heavy-lift access.

A build sequence

Build capability before creating a new institution

Begin with common standards, shared operations and measurable readiness. Establish the corps only after those foundations have been tested.

Now–12 months

Reveal readiness

Common personnel and equipment ledger
Published dispatch and arrival times
National aviation-tasking protocol
Local minimum-capability standard

Years 1–2

Prove integration

Joint incident-command doctrine
Seven regional risk and coverage plans
Accredited deployable modules
Public after-action reviews

Years 2–5

Stand up the corps

Transfer funded posts and assets
Disaster-specific career stream
Pre-position specialist packages
Protect civilian tasking and audit powers

Evidence base

What supports this assessment

Published personnel figures use different definitions and reporting years. A stronger public record would distinguish authorized, trained, deployable and currently available strength.

Radio Nepal