Drone Operator Manual Requirements Sweden 2026: Compliance Guide

Introduction

Regulatory Requirement

Who Must Have an Operations Manual?

Mandatory For:

Specific Category Operators – Operations beyond simple low-risk scenarios
BVLOS (beyond visual line of sight) operations
Operations over populated areas
Heavy payload operations
Professional services (surveying, inspection, photography)

Certified Category Operators – Highest-risk operations
Large commercial operations
Autonomous operations
Multi-aircraft operations
Critical infrastructure services

Recommended For:

Open Category (Recreational) – Best practice
Provides structured approach to safety
Demonstrates diligence to regulators
Helpful for insurance compliance

Transportstyrelsen Standard

Requirements (TRVFS 2016:3):

Operations manual must be in Swedish or English (Swedish preferred)
Manual must be accessible during operations (printed or digital)
Manual must be reviewed and updated annually (document date of last review)
Manual must address all foreseeable operational scenarios for your operation type
Manual must include crew training requirements and verification
Manual must document risk assessment and mitigation strategies

Operations Manual Content Structure

Minimum Required Sections

1. Front Matter

Title: "Operations Manual for [Operator Name] – Drone Operations"
Effective Date: When manual becomes operational
Revision Date: Last update (required: annual minimum)
Authority Approval: Reference to Transportstyrelsen authorization (if applicable)
Approval Signature: Operator or responsible supervisor
Distribution: List of personnel with manual copies

Example:

`` OPERATIONS MANUAL Operator: [Your Company Name] Effective: 2026-04-09 Revision: [Version 1.0] Approved: [Operator Name, Date] ``

2. Executive Summary

Overview: Brief description of operation type(s)
Example: "Light commercial surveying operations; maximum altitude 150m AGL"

Scope: Geographic area and operational boundaries
Example: "Operations within 50 km of Stockholm; Class G airspace only"

Organization: Who conducts operations
Example: "Pilot: John Operator (License ID: X123); Supervisor: Jane Manager"

Aircraft Types: Drones operated
Example: "DJI Matrice 300; DJI Air 3; maximum MTOW 15 kg"

3. General Operating Information

Company Information
Legal entity name, address, phone, email
Operator license/registration details
Insurance company and policy number

Personnel & Qualifications
Pilot names, license IDs, certification levels
Supervising personnel names and qualifications
Required training (e.g., annual EASA course)
Medical fitness requirements (if applicable)

Safety Management
Commitment to safety culture
Safety reporting procedures
Incident investigation processes
Continuous improvement process

4. Aircraft Operating Information

For Each Aircraft Type:

Aircraft Type & Registration
Manufacturer and model
Serial number
Registration ID (Swedish drone ID if required)
Maximum takeoff weight (MTOW)
Maximum altitude (manufacturer rating)

Performance Characteristics
Maximum wind rating
Maximum flight time (typical and minimum)
Battery type and capacity
Payload capacity
Sensor suite

Maintenance Requirements
Pre-flight checklist
Maintenance schedule (50-hour, 100-hour, annual intervals)
Component replacement intervals
Airworthiness certification process
Inspection frequency

Limitations & Restrictions
Environmental limits (temperature, rain, visibility)
Altitude restrictions
Speed restrictions
Operational weight limits
Known defects/workarounds

5. Operating Procedures

Pre-Flight
Weather assessment criteria (GO/NO-GO decision tree)
Airspace verification process
Equipment checks (detailed checklist)
Crew briefing requirements
Flight plan approval process

Normal Operations
Launch procedures (site selection, safety zone establishment)
In-flight monitoring (altitude, airspace, battery, weather)
Communication protocols (if multi-crew)
Landing procedures (site selection, approach path)
Post-flight checks and documentation

Abnormal Procedures
Loss of signal (expected behavior, RTH activation)
Battery low warning (landing procedures)
GPS/compass failure (altitude hold mode, landing)
Weather deterioration (landing site selection, descent rate)
Unplanned airspace penetration (retreat procedures, reporting)

Emergency Procedures
Motor failure (controlled descent procedures)
Structural damage (assessment, safe landing options)
Fire/smoke (evacuation, fire suppression)
Injury to personnel (emergency services, incident reporting)

6. Risk Assessment & Mitigation

Hazard Identification
List all foreseeable hazards (e.g., wind, obstacles, people, animals)
Categorize by severity (critical, major, minor)

Risk Matrix
Probability × Consequence = Risk Level
Example: Loss of signal (Medium Probability) × Uncontrolled descent (Major Consequence) = HIGH RISK

Mitigation Strategies
For each high-risk hazard, describe mitigation:
Example: "RTH geofence set to 500m horizontal, 120m AGL"
Example: "Always maintain 100m clearance from buildings"

Residual Risk Assessment
After mitigation, is risk acceptable?
If not, operation not approved

7. Airspace & Flight Planning

Airspace Classification
Confirm all planned operations are Class G (or coordination plan for Class D/E)
Document airspace verification process

Flight Planning
Standard flight planning software/tools used
Pre-flight briefing checklist
Weather data sources (SMHI, Windy, METAR)
Flight plan documentation (route, altitude, duration)
Geofence setup and verification

Coordinated Airspace
If operating in Class D/E, document coordination process
Provide template for ATC coordination letter
Document expected approval timeline
Include emergency procedures if coordination denied

8. GDPR & Privacy Compliance

Personal Data Policy
Statement of privacy commitment
List of personal data collected (flight location, photos if identifying people)
Legal basis for data collection (consent, legitimate interest, contract)

Photography/Recording
Consent requirements (written consent for people, property owners)
Acceptable use (client deliverables, internal analysis, archival)
Data retention (how long flight data/photos kept)
Third-party data handling (if subcontracting)

Incident Data Preservation
Flight logs retained minimum 12 months (for Transportstyrelsen audit)
Sensitive data (personal location) deleted after retention period
Access controls (only authorized personnel access data)

9. Training & Competency

Initial Training Requirements
Ground school (aircraft systems, regulations, emergency procedures)
Flight training (supervised flights, proficiency demonstration)
Written examination (if required by operation)
Checkride/final approval process

Recurrent Training
Frequency (typically annual for commercial operations)
Content (emergency procedures, regulatory updates, incident case reviews)
Proficiency checks (flight operations or simulator)

Training Documentation
Record keeping (names, dates, subjects, examiner signature)
Training records retention (minimum 24 months)
Competency sign-off

10. Incident & Accident Reporting

Reporting Requirements
Definition of accident vs. serious incident
Immediate notification procedures (injuries → emergency services)
24-hour reporting to Transportstyrelsen
Contact information (Transportstyrelsen email, phone, emergency number)

Incident Investigation
Process for investigating incidents
Data preservation (photos, telemetry, witness statements)
Root cause analysis
Corrective action procedures

Documentation & Archival
Incident reports filed and retained
Lessons learned documented
Procedure updates as necessary

11. Maintenance Log & Documentation

Flight Log
Template for recording flights (date, time, duration, pilot, location, issues)
Frequency (every flight must be logged)
Retention (minimum 12 months)

Maintenance Log
Template for recording maintenance (component replaced, date, technician)
Frequency (after major maintenance, at scheduled intervals)
Retention (minimum 24 months or life of aircraft)

Pre-Flight Checklist
Detailed checklist (frame, propellers, battery, sensors, software)
Sign-off requirement (pilot verifies before flight)

Airworthiness Certification
Annual airworthiness review documented
Third-party inspection confirmation (if required)
Limitations documented (if any)

12. Appendices

Forms & Templates
Pre-flight checklist (printable)
Flight log template
Maintenance log template
Risk assessment matrix
ATC coordination letter template
Incident report form

Checklists
Emergency procedures flowchart
GO/NO-GO weather decision tree
Crew briefing agenda

Reference Documents
Transportstyrelsen regulations (TRVFS 2016:3 excerpts)
EASA Special Conditions (SC-12 excerpts)
Emergency contact information
Insurance policy summary

Transportstyrelsen Expectations

Clarity & Completeness

Transportstyrelsen expects:

Realistic Procedures – Not theoretical; based on actual operations
Specific Details – Not generic (e.g., "We will assess weather" is vague; "We use SMHI data and require wind <10 m/s" is specific)
Complete Coverage – All foreseeable scenarios addressed
Achievable Standards – Procedures realistic for your crew to execute

Common Deficiencies (Rejection Reasons)

Generic Boilerplate – Copy-pasted from templates without customization
Missing Hazards – Foreseeable risks not identified (e.g., winter operations without cold-weather procedures)
Vague Procedures – Ambiguous language; unclear decision criteria
Outdated Manual – Last reviewed >12 months ago
Incomplete Documentation – Missing sections or appendices

Inspection/Audit Process

If Transportstyrelsen audits your operation:

Request Manual – They will ask to review your operations manual
Verification – They verify manual matches actual operations (surprise site visits)
Crew Interview – They interview pilots/crew about manual procedures
Deficiency Findings – If manual inadequate, they issue deficiency notice
Correction Timeline – You have 30–90 days to correct (depends on severity)
Re-Audit – They may revisit to verify corrections

Creating Your Operations Manual

Option 1: DIY (Do-It-Yourself)

Effort:

Cost:

Process:

Download EASA template or MmowW template
Customize for your operation type
Include all required sections
Pilot testing (ensure procedures are realistic)
Annual review and updates

Pros:

Cons:

Option 2: Professional Assistance

Effort:

Cost:

Process:

Hire consultant specializing in drone operations manuals
Consultant interviews you about operations
Consultant drafts manual based on EASA/Transportstyrelsen standards
You review and customize
Consultant submits pre-review to Transportstyrelsen (if desired)

Pros:

Cons:

Option 3: MmowW Integrated Tools

Effort:

Cost:

Features:

Template operations manual (customizable)
Risk assessment matrix builder
Weather GO/NO-GO decision tree
Emergency procedure checklists
Crew training record tracking
Annual review reminders

Pros:

FAQ: Operator Manual Requirements Sweden 2026

🐣 Q: Do I need an operations manual for recreational flying? A: Not legally required, but highly recommended. Organized manual demonstrates diligence to Transportstyrelsen and insurance providers. Most insurance companies expect basic manual even for recreational operators. 🦉 Q: How often must I update my operations manual? A: Minimum annual review required. Update if significant regulatory changes occur, or if operations change materially. Document review date on manual cover page. 🐣 Q: If Transportstyrelsen rejects my manual, what happens? A: They issue deficiency notice with required corrections. You have 30–90 days to revise. Typical issues: vague procedures, missing hazards, incomplete sections. Resubmit corrected manual for approval. 🦉 Q: Can I use a generic template or must I customize? A: Manual must be customized to your actual operations. Generic template is starting point, but sections must reflect your aircraft types, operational areas, crew, and hazards. Transportstyrelsen can detect generic boilerplate and will request customization. 🐣 Q: What if I don't follow my own operations manual?

Regulatory References

EASA Special Conditions SC-12/G – Operations manual content requirements
EU Regulation 2019/947 – Articles 4–5 (operations manual mandates)
Transportstyrelsen TRVFS 2016:3 – Swedish operations manual standards
ICAO Doc 9587 – Guidelines for operations manuals (reference)

Build Your Operations Manual with MmowW

Creating and maintaining a compliant operations manual is time-consuming. MmowW at kr67/drone/month automates manual creation and compliance: ✅ Manual Templates – EASA/Transportstyrelsen-compliant starting point ✅ Customization Workflow – Guided steps to tailor manual to your operations ✅ Risk Assessment Builder – Auto-generate hazard matrix and mitigation strategies ✅ Annual Review Reminders – Automatic alerts for manual update requirements ✅ Regulatory Change Updates – Automatic notification when rules change

Summary

Operations manual requirements are non-negotiable for Specific and Certified operators, and highly beneficial for recreational operators. Your manual must:

Cover all required sections – General info, aircraft specs, procedures, risk assessment, training, incident reporting
Be customized – Reflect your actual operations, not generic boilerplate
Be realistic – Procedures actually achievable by your crew
Be updated annually – Review date documented on cover
Be accessible – Available during operations in printed or digital form